Context Navigation

← Previous Ticket
Next Ticket →

Opened 30 hours ago

Last modified 17 hours ago

#19776 closed defect

ChimeraX bug report submission — at Initial Version

Reported by:	pmcarlton@…	Owned by:
Priority:	normal	Milestone:
Component:	Surface/Binding Analysis	Version:
Keywords:		Cc:
Blocked By:		Blocking:
Notify when closed:		Platform:	all
Project:	ChimeraX

Description

The following bug report has been submitted:
Platform:        macOS-15.6-arm64-arm-64bit
ChimeraX Version: 1.12.dev202601270036 (2026-01-27 00:36:36 UTC)
Description
trying to run "Find Cavities" - log reported successful install of kvfinder but the command returns:

ModuleNotFoundError: No module named '_pyKVFinder'

File "/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-packages/chimerax/kvfinder/prep.py", line 90, in prep_input
from _pyKVFinder import _filter_pdb

See log for complete Python traceback.


It seems something does get installed in 'Application Support':
>> ls  $HOME/Library/Application\ Support/ChimeraX/1.12/lib/python/site-packages/pyKVFinder
__init__.py                        _pyKVFinder.cpython-311-darwin.so* data/                              main.py
__pycache__/                       argparser.py                       grid/                              utils.py



Log:
UCSF ChimeraX version: 1.12.dev202601270036 (2026-01-27)  
© 2016-2026 Regents of the University of California. All rights reserved.  

> open /Users/pcarlton/Desktop/3A-work.cxs format session

Log from Wed Jan 28 16:58:23 2026UCSF ChimeraX version: 1.12.dev202601052311
(2026-01-05)  
© 2016-2025 Regents of the University of California. All rights reserved.  

> open /Users/pcarlton/Desktop/k00session.cxs format session

Log from Mon Jan 12 07:35:42 2026UCSF ChimeraX version: 1.12.dev202601052311
(2026-01-05)  
© 2016-2025 Regents of the University of California. All rights reserved.  

> open /Users/pcarlton/Desktop/acc-20251026/k00session.cxs

Log from Fri Sep 26 16:09:00 2025UCSF ChimeraX version: 1.11.dev202506162128
(2025-06-16)  
© 2016-2025 Regents of the University of California. All rights reserved.  

> open /Users/pcarlton/Desktop/chimerax/wow3.cxs

Log from Sat Sep 6 22:32:53 2025UCSF ChimeraX version: 1.11.dev202506162128
(2025-06-16)  
© 2016-2025 Regents of the University of California. All rights reserved.  

> open /Users/pcarlton/Desktop/wow.cxs

Log from Fri Sep 5 17:09:26 2025UCSF ChimeraX version: 1.11.dev202506132009
(2025-06-13)  
© 2016-2025 Regents of the University of California. All rights reserved.  
How to cite UCSF ChimeraX  

> open /Users/pcarlton/Downloads/fold_dsb_1_chk_2/fold_dsb_1_chk_2_model_0.cif

Chain information for fold_dsb_1_chk_2_model_0.cif #1  
---  
Chain | Description  
A | .  
B | .  
  
Computing secondary structure  

> open /Users/pcarlton/Downloads/fold_dsb_1_chk_2/fold_dsb_1_chk_2_model_4.cif

Chain information for fold_dsb_1_chk_2_model_4.cif #2  
---  
Chain | Description  
A | .  
B | .  
  

> open /Users/pcarlton/Downloads/fold_dsb_1_chk_2/fold_dsb_1_chk_2_model_3.cif

Chain information for fold_dsb_1_chk_2_model_3.cif #3  
---  
Chain | Description  
A | .  
B | .  
  

> open /Users/pcarlton/Downloads/fold_dsb_1_chk_2/fold_dsb_1_chk_2_model_2.cif

Chain information for fold_dsb_1_chk_2_model_2.cif #4  
---  
Chain | Description  
A | .  
B | .  
  

> open /Users/pcarlton/Downloads/fold_dsb_1_chk_2/fold_dsb_1_chk_2_model_1.cif

Chain information for fold_dsb_1_chk_2_model_1.cif #5  
---  
Chain | Description  
A | .  
B | .  
  
Computing secondary structure  
[Repeated 3 time(s)]

> mmaker #5,4,3,2/B to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_1.cif, chain B (#5), sequence alignment score = 2388.7  
RMSD between 387 pruned atom pairs is 0.493 angstroms; (across all 476 pairs:
22.599)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_2.cif, chain B (#4), sequence alignment score = 2399.5  
RMSD between 275 pruned atom pairs is 0.544 angstroms; (across all 476 pairs:
22.976)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_3.cif, chain B (#3), sequence alignment score = 2393.5  
RMSD between 293 pruned atom pairs is 0.667 angstroms; (across all 476 pairs:
18.255)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_4.cif, chain B (#2), sequence alignment score = 2387.5  
RMSD between 266 pruned atom pairs is 0.428 angstroms; (across all 476 pairs:
32.072)  
  

> mmaker #5,4,3,2/A to #1/A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_1.cif, chain A (#5), sequence alignment score = 1874.1  
RMSD between 45 pruned atom pairs is 0.675 angstroms; (across all 385 pairs:
42.674)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_2.cif, chain A (#4), sequence alignment score = 1863.6  
RMSD between 102 pruned atom pairs is 0.370 angstroms; (across all 385 pairs:
42.971)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_3.cif, chain A (#3), sequence alignment score = 1893.6  
RMSD between 16 pruned atom pairs is 1.156 angstroms; (across all 385 pairs:
42.030)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_4.cif, chain A (#2), sequence alignment score = 1854.6  
RMSD between 12 pruned atom pairs is 1.416 angstroms; (across all 385 pairs:
56.468)  
  

> mmaker #5,4,3,2/B to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_1.cif, chain B (#5), sequence alignment score = 2388.7  
RMSD between 387 pruned atom pairs is 0.493 angstroms; (across all 476 pairs:
22.599)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_2.cif, chain B (#4), sequence alignment score = 2399.5  
RMSD between 275 pruned atom pairs is 0.544 angstroms; (across all 476 pairs:
22.976)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_3.cif, chain B (#3), sequence alignment score = 2393.5  
RMSD between 293 pruned atom pairs is 0.667 angstroms; (across all 476 pairs:
18.255)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain B (#1) with
fold_dsb_1_chk_2_model_4.cif, chain B (#2), sequence alignment score = 2387.5  
RMSD between 266 pruned atom pairs is 0.428 angstroms; (across all 476 pairs:
32.072)  
  

> color bychain

> sequence align /B

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: LBXTEHCHG0IHUB1K  
Webservices job finished: LBXTEHCHG0IHUB1K  

> sequence header rmsd show

Chains used in RMSD evaluation for alignment 1: fold_dsb_1_chk_2_model_0.cif
#1/B, fold_dsb_1_chk_2_model_4.cif #2/B, fold_dsb_1_chk_2_model_3.cif #3/B,
fold_dsb_1_chk_2_model_2.cif #4/B, fold_dsb_1_chk_2_model_1.cif #5/B  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header conservation hide

Hiding conservation header for alignment 1  

> sequence align /A

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: FM4FCOR4ASUZ530R  
Webservices job finished: FM4FCOR4ASUZ530R  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2: fold_dsb_1_chk_2_model_0.cif
#1/A, fold_dsb_1_chk_2_model_4.cif #2/A, fold_dsb_1_chk_2_model_3.cif #3/A,
fold_dsb_1_chk_2_model_2.cif #4/A, fold_dsb_1_chk_2_model_1.cif #5/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> select #1/A:301

7 atoms, 6 bonds, 1 residue, 1 model selected  

> select #1/A:301 #2/A:301 #3/A:301 #4/A:301 #5/A:301

35 atoms, 30 bonds, 5 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain A..chain A [301] RMSD: 1.635  
  

> select #1/A:369-370

15 atoms, 14 bonds, 2 residues, 1 model selected  

> select #1/A:369-382 #2/A:369-382 #3/A:369-382 #4/A:369-382 #5/A:369-382

500 atoms, 505 bonds, 70 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain A..chain A [369-382] RMSD: 0.597  
  

> select #1/A:301

7 atoms, 6 bonds, 1 residue, 1 model selected  

> select #1/A:301-302 #2/A:301-302 #3/A:301-302 #4/A:301-302 #5/A:301-302

80 atoms, 75 bonds, 10 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain A..chain A [301-302] RMSD: 3.351  
  

> show sel atoms

> color sel byhetero

> select add /A:301-302

80 atoms, 75 bonds, 10 residues, 5 models selected  

> select #1/A:369

6 atoms, 5 bonds, 1 residue, 1 model selected  

> select #1/A:369-383 #2/A:369-383 #3/A:369-383 #4/A:369-383 #5/A:369-383

540 atoms, 545 bonds, 75 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain A..chain A [369-383] RMSD: 0.678  
  

> mmaker #5,4,3,2/A & sel to #1/A & sel

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_4.cif, chain A (#2), sequence alignment score = 70.5  
RMSD between 15 pruned atom pairs is 0.575 angstroms; (across all 15 pairs:
0.575)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_3.cif, chain A (#3), sequence alignment score = 70.5  
RMSD between 15 pruned atom pairs is 0.520 angstroms; (across all 15 pairs:
0.520)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_2.cif, chain A (#4), sequence alignment score = 70.5  
RMSD between 15 pruned atom pairs is 0.242 angstroms; (across all 15 pairs:
0.242)  
  
Matchmaker fold_dsb_1_chk_2_model_0.cif, chain A (#1) with
fold_dsb_1_chk_2_model_1.cif, chain A (#5), sequence alignment score = 64.5  
RMSD between 15 pruned atom pairs is 0.401 angstroms; (across all 15 pairs:
0.401)  
  

> select #1/B:322-323

19 atoms, 19 bonds, 2 residues, 1 model selected  

> select #1/B:323-338 #2/B:323-338 #3/B:323-338 #4/B:323-338 #5/B:323-338

610 atoms, 610 bonds, 80 residues, 5 models selected  
Clustal Omega Alignment [ID: 1] region chain B..chain B [323-338] RMSD: 5.381  
  

> select #1/B:340

7 atoms, 7 bonds, 1 residue, 1 model selected  

> select #1/B:340-455 #2/B:340-455 #3/B:340-455 #4/B:340-455 #5/B:340-455

4675 atoms, 4795 bonds, 580 residues, 5 models selected  
Clustal Omega Alignment [ID: 1] region chain B..chain B [340-455] RMSD: 0.908  
  

> close

> open
> /Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33678  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> clashes

No clashes  

> hide atoms

> show ribbons

> select Mg

4 atoms, 1 bond, 4 residues, 1 model selected  

> show sel atoms

Computing secondary structure  

> color sel orange

> style sel sphere

Changed 4 atom styles  

> select clear

> select /K:21

32 atoms, 33 bonds, 1 residue, 1 model selected  

> select add /J:44

64 atoms, 67 bonds, 2 residues, 1 model selected  

> select add /L:20

96 atoms, 101 bonds, 3 residues, 1 model selected  

> select up

3825 atoms, 4122 bonds, 120 residues, 1 model selected  

> color sel dark gray

> set bgColor white

> select clear

> select /K:30

32 atoms, 34 bonds, 1 residue, 1 model selected  

> select add /L:1

65 atoms, 68 bonds, 2 residues, 1 model selected  

> hide sel cartoons

> show sel atoms

> color sel byhetero

> style sel ball

Changed 65 atom styles  

> select up

1898 atoms, 2036 bonds, 60 residues, 1 model selected  

> select down

65 atoms, 68 bonds, 2 residues, 1 model selected  

> contacts sel intraMol false

63 contacts  

> contacts sel intraMol false select true reveal true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    63 contacts
       atom1           atom2       overlap  distance
    /L DT 1 P     /B ARG 115 NH2    0.284    3.227
    /K DA 30 N1   /J DT 31 O2       0.243    2.862
    /K DA 30 N7   /L DT 1 C6        0.204    3.121
    /K DA 30 N3   /A TYR 230 HD2    0.169    2.456
    /L DT 1 C2    /K DA 30 N6       0.155    3.170
    /L DT 1 OP3   /K DA 30 OP2      0.115    2.885
    /L DT 1 O4'   /K DA 30 C5       0.084    3.116
    /L DT 1 H3    /J DA 30 C2       0.084    2.616
    /K DA 30 N3   /A TYR 230 CD2    0.062    3.263
    /L DT 1 N1    /K DA 30 N6       -0.000    3.250
    /L DT 1 O4'   /K DA 30 N7       -0.010    3.135
    /L DT 1 O4'   /K DA 30 C8       -0.025    3.225
    /L DT 1 H3    /J DA 30 H2       -0.046    2.046
    /L DT 1 N1    /K DA 30 C6       -0.054    3.379
    /K DA 30 N6   /L DT 1 N3        -0.059    3.309
    /L DT 1 O4'   /K DA 30 C4       -0.059    3.259
    /K DA 30 C5   /L DT 1 C1'       -0.065    3.465
    /K DA 30 C2   /A TYR 230 H      -0.084    2.784
    /L DT 1 N3    /J DA 30 C2       -0.086    3.411
    /L DT 1 N3    /J DA 30 H2       -0.107    2.732
    /L DT 1 P     /B ARG 115 HH22   -0.110    2.981
    /L DT 1 OP1   /B ARG 115 NH2    -0.119    2.859
    /L DT 1 OP3   /B ARG 115 NH2    -0.120    2.860
    /K DA 30 C5'  /A HIS 259 CG     -0.131    3.531
    /K DA 30 O3'  /H MG 1 MG        -0.136    2.166
    /K DA 30 C5'  /A HIS 259 CB     -0.137    3.537
    /L DT 1 C6    /K DA 30 C5       -0.138    3.538
    /K DA 30 H5'  /A HIS 259 ND1    -0.140    2.780
    /L DT 1 C1'   /K DA 30 C6       -0.172    3.572
    /L DT 1 C6    /K DA 30 N6       -0.175    3.500
    /L DT 1 N1    /K DA 30 C5       -0.177    3.502
    /K DA 30 N7   /L DT 1 H6        -0.180    2.805
    /K DA 30 H5'  /A HIS 259 CG     -0.188    2.888
    /K DA 30 N9   /L DT 1 O4'       -0.202    3.327
    /L DT 1 C5'   /B ARG 115 NH2    -0.216    3.556
    /L DT 1 H5''  /B ARG 115 NH2    -0.229    2.869
    /K DA 30 OP2  /L DT 1 OP2       -0.247    3.247
    /K DA 30 C6   /L DT 1 C2        -0.255    3.655
    /K DA 30 C2   /A TYR 230 HD2    -0.260    2.960
    /K DA 30 H2   /A TYR 230 H      -0.267    2.267
    /K DA 30 H2'  /L DT 1 C4'       -0.275    2.975
    /K DA 30 OP2  /L DT 1 P         -0.275    3.646
    /K DA 30 N6   /L DT 1 C4        -0.276    3.601
    /K DA 30 C2   /J DT 32 O2       -0.296    3.476
    /K DA 30 C2   /A TYR 230 N      -0.303    3.628
    /L DT 1 H5'   /K DA 30 H3'      -0.309    2.309
    /L DT 1 OP1   /B ARG 115 HH22   -0.317    2.417
    /L DT 1 OP1   /B ARG 115 CZ     -0.319    3.519
    /K DA 30 C5'  /A HIS 259 ND1    -0.323    3.663
    /K DA 30 C4'  /A HIS 259 CB     -0.330    3.730
    /K DA 30 H4'  /A HIS 259 HB3    -0.331    2.331
    /L DT 1 C5    /K DA 30 H62      -0.331    3.031
    /K DA 30 C4'  /A HIS 259 HB3    -0.337    3.037
    /L DT 1 C4    /K DA 30 H62      -0.339    3.039
    /L DT 1 C6    /K DA 30 C6       -0.349    3.749
    /K DA 30 N6   /L DT 1 C5        -0.359    3.684
    /K DA 30 N3   /A GLY 229 CA     -0.361    3.686
    /K DA 30 P    /L DT 1 OP3       -0.365    3.736
    /K DA 30 H4'  /A HIS 259 CB     -0.365    3.065
    /L DT 1 C6    /K DA 30 H62      -0.366    3.066
    /K DA 30 N7   /L DT 1 N1        -0.368    3.618
    /K DA 30 C3'  /L DT 1 H5'       -0.384    3.084
    /K DA 30 N3   /A TYR 230 H      -0.396    2.621
    

  
63 contacts  

> select up

228 atoms, 235 bonds, 10 residues, 1 model selected  

> style sel ball

Changed 228 atom styles  

> lighting flat

> color sel byhetero

> show sel cartoons

> nucleotides sel ladder

> nucleotides sel slab

> style nucleic & sel stick

Changed 161 atom styles  

> hide sel cartoons

> select clear

> hide atoms

> show cartoons

> select clear

> show cartoons

> select /A,B:115,230,259

121 atoms, 119 bonds, 6 residues, 1 model selected  

> show sel atoms

> style sel ball

Changed 121 atom styles  

> select clear

[Repeated 1 time(s)]

> hide atoms

[Repeated 1 time(s)]

> show cartoons

> select clear

> select /A,B:115,230,259

121 atoms, 119 bonds, 6 residues, 1 model selected  

> show sel atoms

> color sel byhetero

> style sel sphere

Changed 121 atom styles  

> contacts sel select true reveal true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: True
    
    178 contacts
         atom1            atom2       overlap  distance
    /B ARG 115 NH2   /L DT 1 P         0.284    3.227
    /B ARG 115 CD    /L DT 2 OP2       0.260    2.940
    /B HIS 259 ND1   /B LYS 316 NZ     0.232    3.033
    /B HIS 259 CE1   /J DA 28 O5'      0.199    3.001
    /A TYR 230 HD2   /K DA 30 N3       0.169    2.456
    /A ARG 115 CZ    /A GLN 128 OE1    0.164    3.016
    /B HIS 259 NE2   /J DA 28 P        0.155    3.341
    /A HIS 259 ND1   /A LYS 316 NZ     0.137    3.128
    /B HIS 259 ND1   /B LYS 316 HZ1    0.127    2.513
    /B HIS 259 CE1   /B LYS 316 NZ     0.119    3.206
    /A ARG 115 CD    /J DA 30 OP2      0.111    3.089
    /A HIS 259 ND1   /A LYS 316 HZ1    0.102    2.538
    /A ARG 115 HH12  /J DT 31 C7       0.093    2.607
    /B TYR 230 CD2   /J DA 28 N3       0.091    3.234
    /B ARG 115 NE    /B TYR 119 CE2    0.084    3.241
    /B ARG 115 NE    /B TYR 119 HE2    0.077    2.548
    /A TYR 230 CD2   /K DA 30 N3       0.062    3.263
    /B ARG 115 NH1   /B GLN 128 CD     0.033    3.307
    /B HIS 259 O     /B ILE 263 CD1    0.029    3.151
    /A ARG 115 NH1   /J DT 31 C7       0.026    3.299
    /B TYR 230 CE2   /J DA 28 N3       0.020    3.305
    /A ARG 115 NE    /J DA 30 OP2      0.011    2.714
    /B TYR 230 HD2   /J DA 28 N3       0.008    2.617
    /B ARG 115 CD    /L DT 2 P         -0.010    3.581
    /B HIS 259 CE1   /B LYS 316 HZ3    -0.023    2.723
    /B ARG 115 HD3   /L DT 2 P         -0.045    2.916
    /A ARG 115 NH1   /A GLN 128 OE1    -0.064    2.769
    /B ARG 115 O     /B TYR 118 HB3    -0.076    2.556
    /B ARG 115 HD2   /L DT 2 OP2       -0.076    2.576
    /A TYR 230 H     /K DA 30 C2       -0.084    2.784
    /B ARG 115 HD3   /L DT 2 OP1       -0.085    2.585
    /B ARG 115 C     /B TYR 118 H      -0.086    2.786
    /A ARG 115 C     /A TYR 118 H      -0.086    2.786
    /A ARG 115 NH1   /J DA 30 C8       -0.089    3.414
    /A ARG 115 CD    /A TYR 119 HE2    -0.089    2.789
    /B ARG 115 NH1   /B GLN 128 HB2    -0.089    2.729
    /A ARG 115 HH12  /J DT 31 H71      -0.096    2.096
    /A HIS 259 O     /A ILE 263 CD1    -0.098    3.278
    /A ARG 115 O     /A TYR 118 HB3    -0.105    2.585
    /B ARG 115 NH2   /B TYR 119 OH     -0.105    2.845
    /B HIS 259 O     /B ILE 263 HD12   -0.105    2.585
    /A ARG 115 HG3   /A GLN 128 CD     -0.106    2.806
    /B HIS 259 CD2   /J DA 28 O5'      -0.107    3.307
    /B ARG 115 HH22  /L DT 1 P         -0.110    2.981
    /B HIS 259 CG    /B LYS 316 HZ1    -0.111    2.811
    /A ARG 115 CD    /J DA 30 P        -0.119    3.690
    /B ARG 115 NH2   /L DT 1 OP1       -0.119    2.859
    /A ARG 115 CZ    /J DA 30 OP2      -0.120    3.320
    /B ARG 115 NH2   /L DT 1 OP3       -0.120    2.860
    /A TYR 230 HD1   /A PRO 231 HD2    -0.122    2.122
    /B ARG 115 HD3   /L DT 2 OP2       -0.127    2.627
    /A TYR 230 OH    /A GLU 262 OE1    -0.128    2.708
    /B ARG 115 NH2   /B TYR 119 CZ     -0.128    3.468
    /A HIS 259 CG    /K DA 30 C5'      -0.131    3.531
    /A ARG 115 HG3   /A GLN 128 NE2    -0.132    2.757
    /B ARG 115 NH1   /B TYR 118 CD2    -0.135    3.475
    /A HIS 259 CB    /K DA 30 C5'      -0.137    3.537
    /A ARG 115 HB2   /J DT 31 OP2      -0.138    2.638
    /B HIS 259 NE2   /J DA 28 O5'      -0.138    2.863
    /B ARG 115 HE    /B TYR 119 HE2    -0.140    2.140
    /A HIS 259 ND1   /K DA 30 H5'      -0.140    2.780
    /B TYR 230 OH    /B GLU 262 OE1    -0.145    2.725
    /B TYR 230 HE2   /J DA 28 N3       -0.145    2.770
    /A ARG 115 HD3   /A TYR 119 HE2    -0.148    2.148
    /B HIS 259 O     /B ILE 263 CG1    -0.149    3.329
    /A HIS 259 HB2   /A ASP 257 OD2    -0.156    2.636
    /A ARG 115 CD    /A TYR 119 CE2    -0.158    3.558
    /B HIS 259 HE2   /J DA 28 P        -0.167    3.038
    /A ARG 115 HD3   /J DA 30 OP2      -0.170    2.670
    /A TYR 230 CB    /A PRO 231 HD2    -0.178    2.878
    /A ARG 115 HE    /A TYR 119 OH     -0.187    2.287
    /A HIS 259 CG    /K DA 30 H5'      -0.188    2.888
    /A ARG 115 NH1   /A GLN 128 CD     -0.189    3.514
    /B ARG 115 NH1   /B GLN 128 OE1    -0.190    2.910
    /A ARG 115 NH1   /J DA 30 H3'      -0.194    2.819
    /B HIS 259 CE1   /B LYS 316 HZ1    -0.197    2.897
    /B HIS 259 CE1   /J DA 28 P        -0.201    3.772
    /B ARG 115 HE    /B TYR 119 CE2    -0.201    2.901
    /A HIS 259 CE1   /A LYS 316 NZ     -0.207    3.532
    /A ARG 115 NH1   /J DT 31 H71      -0.208    2.833
    /B HIS 259 NE2   /J DA 28 OP1      -0.208    2.933
    /B ARG 115 NH1   /B GLN 128 CB     -0.212    3.552
    /B ARG 115 O     /B TYR 118 CB     -0.212    3.392
    /A ARG 115 HE    /A TYR 119 CZ     -0.214    2.914
    /B ARG 115 NH2   /L DT 1 C5'       -0.216    3.556
    /A TYR 230 HD1   /A PRO 231 CD     -0.221    2.921
    /A TYR 230 CD1   /A PRO 231 HD2    -0.225    2.925
    /A ARG 115 O     /A TYR 119 CD2    -0.225    3.405
    /B ARG 115 NH2   /L DT 1 H5''      -0.229    2.869
    /B TYR 230 HE2   /J DA 28 H1'      -0.229    2.229
    /B ARG 115 C     /B TYR 118 N      -0.237    3.562
    /B HIS 259 O     /B ILE 263 HG13   -0.239    2.719
    /A ARG 115 NE    /A TYR 119 CE2    -0.244    3.569
    /B HIS 259 ND1   /J DA 28 C4'      -0.248    3.588
    /A HIS 259 O     /A ILE 263 CG1    -0.248    3.428
    /A TYR 230 HB3   /A PRO 231 CD     -0.250    2.950
    /A ARG 115 O     /A TYR 118 CB     -0.256    3.436
    /B ARG 115 NH1   /B TYR 118 CE2    -0.256    3.596
    /B HIS 259 ND1   /B LYS 316 HZ3    -0.258    2.898
    /A ARG 115 HE    /A TYR 119 CE2    -0.259    2.959
    /A TYR 230 HD2   /K DA 30 C2       -0.260    2.960
    /B ARG 115 HB3   /A THR 205 CG2    -0.260    2.960
    /B HIS 259 CG    /B LYS 316 NZ     -0.261    3.586
    /A ARG 115 NE    /J DA 30 P        -0.261    3.757
    /A ARG 115 CG    /A GLN 128 NE2    -0.266    3.591
    /A ARG 115 O     /A TYR 118 H      -0.267    2.347
    /A TYR 230 H     /K DA 30 H2       -0.267    2.267
    /A ARG 115 HD2   /J DT 31 OP2      -0.270    2.770
    /A ARG 115 C     /A TYR 118 N      -0.281    3.606
    /B HIS 259 HE2   /J DA 28 OP1      -0.283    2.383
    /A HIS 259 O     /A ILE 263 HD12   -0.284    2.764
    /A HIS 259 ND1   /A LYS 316 HZ3    -0.284    2.924
    /B HIS 259 CE1   /J DA 28 O4'      -0.285    3.485
    /B ARG 115 O     /B TYR 118 N      -0.285    2.990
    /A HIS 259 O     /A ILE 263 HG13   -0.287    2.767
    /A ARG 115 HG2   /A TYR 119 CE2    -0.287    2.987
    /B TYR 230 CB    /L DT 4 H1'       -0.288    2.988
    /B ARG 115 CZ    /B TYR 119 CE2    -0.288    3.689
    /A ARG 115 HB3   /B THR 205 CG2    -0.289    2.989
    /A TYR 230 CD1   /A ILE 263 HG12   -0.291    2.991
    /A ARG 115 HH11  /J DA 30 H3'      -0.294    2.294
    /B ARG 115 C     /B LEU 117 H      -0.294    2.994
    /A ARG 115 HB3   /B THR 205 HG21   -0.295    2.295
    /A ARG 115 CB    /J DT 31 OP2      -0.297    3.497
    /A TYR 230 CD1   /A PRO 231 CD     -0.299    3.699
    /B ARG 115 CD    /L DT 2 OP1       -0.300    3.500
    /B ARG 115 HG2   /B TYR 119 CE2    -0.302    3.002
    /B TYR 230 CD2   /J DA 28 C2       -0.303    3.703
    /B ARG 115 CG    /B TYR 119 CE2    -0.303    3.703
    /A TYR 230 N     /K DA 30 C2       -0.303    3.628
    /B TYR 230 O     /B GLY 229 O      -0.307    3.267
    /A ARG 115 HH11  /J DT 31 OP2      -0.308    2.408
    /A TYR 230 CD1   /A ILE 263 CG1    -0.310    3.710
    /B ARG 115 HB3   /A THR 205 HG21   -0.312    2.312
    /A TYR 230 CE1   /A ILE 263 CG1    -0.312    3.712
    /A ARG 115 HD3   /J DA 30 P        -0.313    3.184
    /A ARG 115 CD    /J DA 30 O5'      -0.313    3.513
    /B ARG 115 O     /B TYR 118 H      -0.315    2.395
    /A ARG 115 CG    /A TYR 119 CE2    -0.316    3.716
    /B ARG 115 HH22  /L DT 1 OP1       -0.317    2.417
    /B ARG 115 CZ    /L DT 1 OP1       -0.319    3.519
    /A ARG 115 NH1   /A GLN 128 NE2    -0.322    3.572
    /A HIS 259 ND1   /K DA 30 C5'      -0.323    3.663
    /A ARG 115 O     /A TYR 118 N      -0.324    3.029
    /A ARG 115 C     /A LEU 117 H      -0.326    3.026
    /A ARG 115 HD3   /A TYR 119 CE2    -0.327    3.027
    /A HIS 259 CB    /K DA 30 C4'      -0.330    3.730
    /A HIS 259 HB3   /K DA 30 H4'      -0.331    2.331
    /A TYR 230 HB3   /A PRO 231 HD2    -0.333    2.333
    /A HIS 259 HB3   /K DA 30 C4'      -0.337    3.037
    /B HIS 259 HB2   /B ASP 257 OD2    -0.338    2.818
    /B ARG 115 O     /B TYR 119 H      -0.345    2.425
    /B TYR 230 HD2   /J DA 28 C2       -0.345    3.045
    /A ARG 115 HH12  /J DA 30 C8       -0.348    3.048
    /A HIS 259 CE1   /A LYS 316 HZ3    -0.348    3.048
    /B ARG 115 NH1   /B GLN 128 CG     -0.352    3.692
    /B ARG 115 HG2   /B TYR 119 CD2    -0.353    3.053
    /A ARG 115 NE    /A TYR 119 HE2    -0.354    2.979
    /B TYR 230 HA    /B PRO 231 HD3    -0.357    2.357
    /A HIS 259 CB    /A ASP 257 OD2    -0.358    3.538
    /B TYR 230 CE2   /J DA 28 H1'      -0.362    3.062
    /B ARG 115 O     /B TYR 118 CA     -0.363    3.543
    /A ARG 115 CG    /A GLN 128 CD     -0.365    3.765
    /A HIS 259 CB    /K DA 30 H4'      -0.365    3.065
    /B ARG 115 O     /B TYR 119 HD2    -0.370    2.850
    /B TYR 230 CB    /L DT 4 C1'       -0.376    3.776
    /A HIS 259 CE1   /K DA 29 H4'      -0.378    3.078
    /B ARG 115 CZ    /B TYR 119 OH     -0.380    3.580
    /A HIS 259 N     /A ASP 257 CG     -0.381    3.706
    /B HIS 259 CD2   /J DA 28 OP1      -0.383    3.583
    /A ARG 115 O     /A TYR 119 HD2    -0.385    2.865
    /A ARG 115 NH1   /J DA 30 C3'      -0.389    3.714
    /B ARG 115 O     /B TYR 119 CD2    -0.391    3.571
    /B ARG 115 NE    /L DT 2 P         -0.393    3.889
    /A ARG 115 NE    /A TYR 119 CZ     -0.394    3.719
    /B TYR 230 HD1   /B PRO 231 HD2    -0.395    2.395
    /A TYR 230 H     /K DA 30 N3       -0.396    2.621
    /A HIS 259 H     /A ASP 257 C      -0.396    3.096
    

  
178 contacts  

> color sel byhetero

> select up

733 atoms, 740 bonds, 35 residues, 1 model selected  

> color sel byhetero

> style sel ball

Changed 733 atom styles  

> nucleotides sel tube/slab shape muffler

> open
> /Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33680  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33675  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33674  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123split/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33680  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> hide sel atoms

[Repeated 1 time(s)]

> select #3/C:138@H

1 atom, 1 residue, 1 model selected  

> select clear

> hide atoms

> show cartoons

Computing secondary structure  
[Repeated 3 time(s)]

> mmaker #5,4,3,2/A to #1/A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 2085.4  
RMSD between 329 pruned atom pairs is 0.414 angstroms; (across all 425 pairs:
23.380)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 2019.4  
RMSD between 317 pruned atom pairs is 0.430 angstroms; (across all 425 pairs:
24.391)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 2032.6  
RMSD between 336 pruned atom pairs is 0.348 angstroms; (across all 425 pairs:
34.779)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
(#2), sequence alignment score = 2059  
RMSD between 334 pruned atom pairs is 0.363 angstroms; (across all 425 pairs:
34.100)  
  

> mmaker #5,4,3,2/A,B to #1/A,B pairing bs

Specify a single 'to' chain only  

> mmaker #5,4,3,2/A,B to #1/A,B pairing ss

Different number of reference/match chains (2 ref, 8 match)  

> select clear

[Repeated 1 time(s)]

> color bychain

> sequence align /A /B

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: HYO909XY9PEP5EGN  
Webservices job finished: HYO909XY9PEP5EGN  

> sequence header conservation hide

Hiding conservation header for alignment 1  

> sequence header rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> select #1/A:369-370

28 atoms, 27 bonds, 2 residues, 1 model selected  

> select #1/A-B:232-370 #2/A-B:232-370 #3/A-B:232-370 #4/A-B:232-370
> #5/A-B:232-370

23000 atoms, 23280 bonds, 26 pseudobonds, 1390 residues, 6 models selected  

> select #1/A-B:231-370 #2/A-B:231-370 #3/A-B:231-370 #4/A-B:231-370
> #5/A-B:231-370

23140 atoms, 23430 bonds, 26 pseudobonds, 1400 residues, 6 models selected  
Clustal Omega Alignment [ID: 1] region chain A..chain B [231-370] RMSD: 0.559  
  

> select #1/A:37

12 atoms, 11 bonds, 1 residue, 1 model selected  

> select #1/A-B:37-161 #2/A-B:37-161 #3/A-B:37-161 #4/A-B:37-161 #5/A-B:37-161

20696 atoms, 20826 bonds, 58 pseudobonds, 1250 residues, 6 models selected  
Clustal Omega Alignment [ID: 1] region chain A..chain B [37-161] RMSD: 0.557  
  

> select /A,B:37-368

54486 atoms, 54996 bonds, 103 pseudobonds, 3320 residues, 6 models selected  

> sequence chain #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B

Alignment identifier is 2  

> select up

60496 atoms, 61081 bonds, 103 pseudobonds, 3722 residues, 6 models selected  

> select down

54486 atoms, 54996 bonds, 103 pseudobonds, 3320 residues, 6 models selected  

> select clear

[Repeated 1 time(s)]

> sequence align /J

Must specify 2 or more protein sequences  

> sequence align /C

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: 3GJNJYHZ4M8OOQXK  
Webservices job finished: 3GJNJYHZ4M8OOQXK  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> select #1/C:121

14 atoms, 13 bonds, 1 residue, 1 model selected  

> select #1/C:121-132 #2/C:121-132 #3/C:121-132 #4/C:121-132 #5/C:121-132

1055 atoms, 1065 bonds, 60 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain C..chain C [121-132] RMSD: 0.808  
  

> color sel orange red

> select add #4/C:120

1069 atoms, 1078 bonds, 61 residues, 5 models selected  
Drag select of 6 residues  
Drag select of 7 residues  

> select up

1561 atoms, 1574 bonds, 95 residues, 5 models selected  

> select down

1083 atoms, 1078 bonds, 62 residues, 5 models selected  

> color sel orange red

> color sel cornflower blue

> select #1/C:120

14 atoms, 13 bonds, 1 residue, 1 model selected  

> select #1/C:120-134 #2/C:120-134 #3/C:120-134 #4/C:120-134 #5/C:120-134

1195 atoms, 1205 bonds, 75 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain C..chain C [120-134] RMSD: 1.293  
  

> color sel cornflower blue

> contacts sel intraMol false interModel false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    161 contacts
                                       atom1                                                                       atom2                                     overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O      0.129    2.351
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O      0.114    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O      0.106    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O      0.101    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O      0.079    3.101
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O      0.074    3.106
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O      0.055    3.125
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE     0.048    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 CD2    0.047    3.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     0.046    3.134
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O      0.046    2.434
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1    0.038    3.142
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 85 C      0.034    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 C      0.030    2.670
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 C      0.027    2.673
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE     0.011    3.389
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1    0.004    3.176
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 92 CD2    0.001    3.399
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.005    3.405
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 CD2    -0.026    3.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 O      -0.037    2.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 CD2    -0.052    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1    -0.070    3.250
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1    -0.073    2.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1    -0.085    2.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1    -0.092    3.272
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 92 CD2    -0.092    2.792
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 C      -0.094    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 C      -0.098    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1    -0.103    2.683
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD     -0.104    3.504
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.106    3.588
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 86 O      -0.107    2.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 C      -0.117    2.817
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O      -0.118    3.298
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2    -0.124    2.824
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD     -0.128    3.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2    -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1    -0.135    3.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 C      -0.140    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2    -0.142    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE     -0.147    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 85 C      -0.148    3.548
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 O      -0.152    3.332
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 86 O      -0.153    3.333
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.161    3.643
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD     -0.169    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2    -0.170    3.570
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HE3    -0.171    2.171
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 HG     -0.177    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE     -0.178    3.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O      -0.185    2.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1    -0.188    2.768
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 N      -0.191    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 N      -0.195    2.820
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HD2    -0.196    2.896
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 HG     -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2    -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1    -0.199    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O      -0.201    3.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2    -0.207    2.907
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 HG     -0.212    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1    -0.213    3.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HE3    -0.220    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 CD2    -0.220    2.920
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2    -0.224    2.924
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CE     -0.226    3.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O      -0.227    2.307
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 O      -0.227    2.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HD2    -0.228    2.928
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD     -0.229    3.629
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.229    3.011
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 HG     -0.230    2.930
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3    -0.240    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 C      -0.242    3.642
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2    -0.244    2.944
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O      -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O      -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HZ1    -0.259    2.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 C      -0.261    3.661
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.263    3.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O      -0.265    3.445
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O      -0.267    2.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HA     -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE1    -0.272    2.972
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1    -0.273    2.853
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2    -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 HG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1    -0.282    2.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE2    -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1    -0.287    2.987
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD     -0.288    3.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O      -0.292    2.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O      -0.292    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 HA     -0.293    2.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 66 O      -0.294    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HZ3    -0.295    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HZ1    -0.295    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 HE1    -0.301    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 O      -0.303    2.783
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O      -0.307    3.487
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2    -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3    -0.310    2.310
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2    -0.313    2.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.315    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O      -0.315    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 HD23   -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 HD23   -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23   -0.320    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O      -0.324    2.404
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 69 HG     -0.326    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD     -0.326    3.808
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD     -0.327    3.727
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.328    3.810
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O      -0.329    3.509
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE     -0.330    3.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 CG     -0.331    3.731
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1    -0.332    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 HB1    -0.332    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CE     -0.339    3.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.340    3.122
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.341    3.041
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE     -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 CD     -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE     -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 CG     -0.344    3.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O      -0.345    2.825
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 CA     -0.350    3.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1    -0.352    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 C      -0.352    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 CG     -0.352    3.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1    -0.362    3.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.364    3.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2    -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 93 OD1    -0.369    2.449
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 C      -0.370    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O      -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE     -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 NZ     -0.371    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 96 CD1    -0.373    3.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 NE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O      -0.373    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD     -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 NE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O      -0.378    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD     -0.379    3.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD     -0.381    3.781
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 HA     -0.383    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 HB1    -0.385    3.085
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 CG     -0.387    3.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE3    -0.388    2.388
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE     -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2    -0.388    3.088
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 CD     -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 CE     -0.389    3.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23   -0.395    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 NZ     -0.395    3.100
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD     -0.396    3.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 128 CG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 HB2    -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HE3    -0.397    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE     -0.397    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 CE     -0.398    3.723
    

  
161 contacts  

> sequence chain #1/A#2/A#3/A#4/A#5/A

Alignment identifier is 3  

> sequence chain #1/C#2/C#3/C#4/C#5/C

Alignment identifier is 4  

> select up

1142 atoms, 1111 bonds, 69 residues, 5 models selected  

> select down

193 atoms, 69 residues, 5 models selected  

> show sel atoms

> color sel byhetero

> style sel ball

Changed 193 atom styles  

> view sel

> select up

1142 atoms, 1111 bonds, 69 residues, 5 models selected  

> style sel ball

Changed 1142 atom styles  

> show sel atoms

> color sel byhetero

> select #1/C:102

20 atoms, 20 bonds, 1 residue, 1 model selected  

> select #1/C:102-111 #2/C:102-111 #3/C:102-111 #4/C:102-111 #5/C:102-111

810 atoms, 820 bonds, 50 residues, 5 models selected  
Clustal Omega Alignment [ID: 2] region chain C..chain C [102-111] RMSD: 0.819  
  

> view

> view sel

> contacts sel intraMol false interModel false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    235 contacts
                                       atom1                                                                       atom2                                     overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB     0.229    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB     0.209    2.991
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HD2    0.187    2.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    0.182    3.143
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O      0.177    2.303
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O      0.175    2.305
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB     0.174    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB     0.172    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O      0.169    2.311
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB     0.168    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2    0.154    2.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2    0.151    2.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O      0.139    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1   0.122    3.058
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2    0.113    2.512
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HD2    0.112    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2    0.112    2.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2    0.100    2.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O      0.083    2.397
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HD2    0.074    2.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    0.045    3.135
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     0.042    3.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O      0.039    3.141
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O      0.036    3.144
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    0.034    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1    0.023    3.157
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O      0.021    3.159
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    0.011    2.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CD2    0.000    3.180
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O      -0.003    3.183
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB     -0.024    3.204
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CD2    -0.025    3.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.027    2.507
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1    -0.028    2.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2    -0.030    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.030    2.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1   -0.033    2.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB     -0.034    3.214
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.037    2.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O      -0.040    3.220
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3    -0.050    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD    -0.050    2.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB3    -0.050    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3    -0.055    2.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3    -0.056    2.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.061    3.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB     -0.061    3.241
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB     -0.068    3.248
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2   -0.071    2.551
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 HA     -0.072    2.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1   -0.073    3.253
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    -0.073    3.398
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2    -0.076    3.401
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3    -0.077    2.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB3    -0.077    2.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB     -0.077    2.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HD2    -0.079    2.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2    -0.083    2.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1    -0.085    2.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB     -0.087    3.267
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    -0.089    2.569
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB3    -0.091    2.591
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB     -0.091    2.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CD2    -0.094    3.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB1    -0.094    2.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2    -0.100    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB     -0.100    3.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1    -0.104    3.284
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH    -0.104    2.604
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1    -0.105    2.805
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.110    3.290
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HD2    -0.111    2.591
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB     -0.113    3.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2    -0.114    3.439
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH    -0.114    2.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3    -0.114    2.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 HA     -0.115    2.615
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CG     -0.119    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2    -0.122    3.447
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    -0.130    3.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB     -0.131    2.831
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB     -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 HA     -0.133    2.633
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB     -0.135    2.835
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB     -0.140    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O     -0.140    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB     -0.142    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1    -0.150    3.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB     -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    -0.153    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2   -0.156    3.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB2    -0.159    2.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.172    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD    -0.175    3.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CG     -0.175    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.177    2.177
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 HA     -0.184    2.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.188    2.188
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3    -0.192    2.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1    -0.199    2.779
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB2    -0.200    2.700
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE2   -0.200    3.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2   -0.202    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3    -0.203    2.203
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB     -0.204    3.604
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB2    -0.212    2.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB     -0.216    2.916
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3    -0.217    2.217
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2    -0.217    2.697
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB2    -0.222    2.722
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.226    3.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2    -0.231    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 50 HA     -0.234    2.734
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB     -0.235    2.935
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG    -0.237    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HH21   -0.237    2.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CD2    -0.238    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB     -0.238    3.638
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH    -0.240    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2    -0.244    2.949
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CG     -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ     -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CD2    -0.246    3.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    -0.247    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2   -0.248    3.428
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1   -0.251    3.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB     -0.253    3.653
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HB3    -0.255    2.255
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HB3    -0.256    2.256
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1    -0.258    2.738
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1    -0.261    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH    -0.261    2.761
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HG2    -0.269    2.749
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 CD1    -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1   -0.271    2.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB     -0.271    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1   -0.272    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB     -0.274    3.674
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 OE1   -0.275    2.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2    -0.276    2.276
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB     -0.276    3.676
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 103 CE2   -0.277    3.677
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 111 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 107 OE1   -0.278    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CG     -0.280    3.460
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2   -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1    -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB     -0.282    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O      -0.285    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB     -0.289    3.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH    -0.290    3.490
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.290    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD    -0.290    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 CA     -0.291    3.491
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB1    -0.292    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.296    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    -0.299    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB     -0.303    3.003
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1   -0.303    3.003
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O      -0.303    2.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1   -0.305    2.785
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB     -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O      -0.305    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB     -0.307    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1    -0.307    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ     -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1   -0.314    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2    -0.315    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 CA     -0.316    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB2    -0.316    2.316
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB2    -0.317    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3    -0.317    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HB3    -0.318    2.318
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1    -0.320    2.900
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.320    3.720
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O      -0.323    2.403
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CG     -0.323    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CG     -0.324    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2    -0.324    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2   -0.326    3.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1   -0.330    3.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB     -0.331    3.031
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.333    2.958
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 O      -0.333    3.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O     -0.333    2.413
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB     -0.339    3.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1    -0.339    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2    -0.339    3.039
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 HB2    -0.340    2.340
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB2    -0.341    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1    -0.341    3.041
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2    -0.343    2.343
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2    -0.343    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HB3    -0.344    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CG     -0.345    3.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ     -0.347    3.047
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD    -0.349    3.749
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2    -0.349    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB     -0.352    3.532
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CZ    -0.352    3.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH    -0.352    3.552
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG     -0.353    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB     -0.355    3.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HH21   -0.355    2.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1    -0.356    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB2    -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3    -0.358    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 CA     -0.359    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1   -0.361    2.361
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE2   -0.362    3.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ     -0.362    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.363    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CG     -0.366    3.566
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HH21   -0.366    2.446
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ     -0.369    3.769
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 55 CD1    -0.370    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB     -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 CD    -0.376    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 HD13   -0.378    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD    -0.379    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2    -0.381    2.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HG2    -0.385    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 C      -0.385    3.585
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG    -0.385    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O      -0.386    2.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB     -0.387    3.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O     -0.388    2.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB2    -0.389    2.389
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2    -0.389    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HH21   -0.389    2.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD    -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3    -0.390    2.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG     -0.391    3.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3    -0.397    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2    -0.399    3.099
    

  
235 contacts  

> select clear

> view

> sequence align /A

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: M9XH16CMI4JO5D1O  
Webservices job finished: M9XH16CMI4JO5D1O  

> sequence align /B

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: EP8ZTJ52SAI50O8K  
Webservices job finished: EP8ZTJ52SAI50O8K  

> sequence header 1 conservation hide

Hiding conservation header for alignment 1  

> sequence header 1 rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header 1 conservation hide

> sequence header 1 rmsd show

> sequence header 3 conservation hide

Hiding conservation header for alignment 3  

> sequence header 3 rmsd show

Chains used in RMSD evaluation for alignment 3:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  

> sequence align /D

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: W7KR4C5CDGVIPOR1  
Webservices job finished: W7KR4C5CDGVIPOR1  

> sequence header 1 conservation hide

Hiding conservation header for alignment 1  

> sequence header 1 rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> select #1/D:114-115

22 atoms, 21 bonds, 2 residues, 1 model selected  

> select #1/D:114-125 #2/D:114-125 #3/D:114-125 #4/D:114-125 #5/D:114-125

900 atoms, 910 bonds, 60 residues, 5 models selected  
Clustal Omega Alignment [ID: 1] region chain D..chain D [114-125] RMSD: 2.889  
  

> color sel hot pink

> mmaker #5,4,3,2 & sel to #1 & sel

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain D
(#2), sequence alignment score = 58.5  
RMSD between 11 pruned atom pairs is 0.694 angstroms; (across all 12 pairs:
1.519)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain D
(#3), sequence alignment score = 58.5  
RMSD between 10 pruned atom pairs is 0.945 angstroms; (across all 12 pairs:
1.710)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain D
(#4), sequence alignment score = 58.5  
RMSD between 9 pruned atom pairs is 1.448 angstroms; (across all 12 pairs:
2.353)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain D
(#5), sequence alignment score = 55.5  
RMSD between 10 pruned atom pairs is 1.177 angstroms; (across all 12 pairs:
3.069)  
  

> contacts sel intraMol false interModel false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    260 contacts
                                       atom1                                                                        atom2                                     overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      0.252    2.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C      0.241    2.939
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     0.233    2.967
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O      0.197    2.983
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      0.189    2.991
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      0.180    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 CG2    0.179    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 CG     0.167    3.158
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O      0.149    2.811
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      0.145    3.035
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 OE1    0.140    2.820
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA     0.121    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 HD1    0.100    2.600
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      0.086    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CD1    0.061    3.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     0.044    2.656
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 CA     0.035    3.145
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA     0.034    3.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      0.019    3.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      0.014    2.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O      0.013    2.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 ND2    0.011    3.239
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      0.008    3.172
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 358 OH     0.006    2.494
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     0.005    3.245
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CA     0.002    3.323
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.000    2.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      -0.003    2.483
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.009    2.009
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 OG1    -0.010    2.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 NZ     -0.010    2.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.015    3.195
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.021    2.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 HZ3    -0.024    2.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.026    3.226
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.030    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.032    2.657
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2    -0.037    2.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.038    2.538
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.039    3.239
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 CD1    -0.045    3.445
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 298 O      -0.051    2.531
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.051    2.531
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.054    2.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 300 OG1    -0.057    2.557
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      -0.057    3.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 CG     -0.058    3.458
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.058    2.558
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.062    2.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 HE22   -0.064    2.064
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      -0.068    2.548
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 OH     -0.070    2.570
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 NH1    -0.072    2.697
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 HA     -0.073    2.698
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.074    2.554
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.077    3.277
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.078    3.278
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 HG22   -0.079    2.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.083    3.333
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.083    2.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 297 O      -0.086    2.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 125 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 104 CG     -0.087    2.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      -0.088    3.268
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 HG23   -0.088    2.568
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HE2    -0.089    2.569
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 OH     -0.093    3.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O      -0.094    3.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 HG2    -0.097    2.722
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.099    2.804
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CD1    -0.106    3.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 NZ     -0.108    3.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.109    3.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 CE2    -0.117    3.297
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD2    -0.120    2.600
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C      -0.122    2.822
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 NH1    -0.123    3.448
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.125    2.830
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE     -0.127    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O      -0.129    2.609
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 HH     -0.131    2.131
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.131    3.311
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O      -0.137    2.617
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CG2    -0.138    2.838
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 CD     -0.138    3.463
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.138    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 297 O      -0.139    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 358 OH     -0.141    3.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.142    2.622
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 HG2    -0.146    2.146
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 C      -0.147    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD1    -0.148    2.628
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 297 O      -0.149    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.155    3.335
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 OD1    -0.156    3.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     -0.156    2.856
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.159    2.784
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.161    2.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3    -0.163    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.165    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 CG     -0.167    3.492
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 HZ3    -0.168    2.793
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD2    -0.168    3.348
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 NZ     -0.175    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA     -0.178    2.803
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 HH12   -0.179    2.179
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 CE2    -0.182    2.882
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA     -0.182    2.182
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 297 O      -0.182    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASN 108 OD1    -0.187    2.892
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CG2    -0.190    3.590
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HE2    -0.194    2.194
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HE2    -0.200    2.200
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.202    3.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 CE2    -0.202    3.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA     -0.204    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.204    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HG21   -0.204    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.205    2.285
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 HA     -0.210    2.210
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CD1    -0.210    2.910
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HD11   -0.217    2.917
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CG2    -0.228    3.628
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD1    -0.230    3.410
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 N      -0.231    3.481
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 CE2    -0.234    2.934
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O      -0.234    2.714
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.235    3.435
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 CG     -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CB     -0.240    3.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 298 O      -0.240    3.420
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.240    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 CD1    -0.243    2.943
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 CZ     -0.243    3.423
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.244    2.824
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 HD1    -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 HG2    -0.247    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE3    -0.249    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3    -0.249    2.729
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 OD2    -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.250    3.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O      -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 HH     -0.252    2.332
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 HE2    -0.253    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 299 HD1    -0.253    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 HD1    -0.254    2.254
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 HE21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 297 O      -0.254    2.334
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 125 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 104 CG     -0.257    2.957
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 356 CB     -0.259    2.959
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD2    -0.259    2.739
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D GLN 117 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 298 C      -0.260    3.585
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.262    2.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 300 OG1    -0.264    3.464
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 358 HH     -0.266    2.266
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 OH     -0.269    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.271    2.351
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HE2    -0.272    2.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CD1    -0.273    2.973
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.278    2.278
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 123 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASN 108 OD1    -0.279    2.359
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 300 OG1    -0.279    3.479
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 HZ1    -0.280    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     -0.283    3.608
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 118 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 OH     -0.284    2.784
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 NZ     -0.284    3.609
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 HE22   -0.286    2.911
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2    -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD1    -0.286    2.766
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O      -0.287    3.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C      -0.289    3.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O      -0.289    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 N      -0.289    2.914
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 358 HH     -0.294    2.994
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 HE2    -0.296    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 107 CG     -0.299    2.999
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 CD1    -0.302    3.002
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HG21   -0.303    2.303
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 OE1    -0.303    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 356 CA     -0.304    3.004
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA     -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B LYS 110 CD     -0.306    3.006
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.306    3.486
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 HA3    -0.306    3.006
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CA     -0.308    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CG     -0.309    3.709
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CE1    -0.309    3.709
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 CG     -0.314    3.014
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 300 HG21   -0.315    2.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     -0.315    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 CE2    -0.316    3.496
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 117 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 298 O      -0.317    2.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 OD1    -0.318    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.319    3.644
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 382 HD11   -0.320    2.320
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C      -0.323    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.324    3.504
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 362 CD1    -0.324    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 299 CD1    -0.325    3.725
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.326    2.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 123 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 385 CD     -0.328    3.653
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 CE     -0.328    3.653
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.329    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 118 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 HB3    -0.330    2.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 380 HG3    -0.332    2.812
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASN 108 OD1    -0.333    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O      -0.333    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASN 108 CG     -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     -0.343    2.968
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 HH     -0.345    3.045
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 HG2    -0.345    2.345
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 OE1    -0.346    2.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 125 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 104 OD1    -0.346    2.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 N      -0.348    2.973
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.349    2.429
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PRO 120 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 300 HG21   -0.349    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D PRO 119 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HH     -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HE2    -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 358 HE2    -0.354    2.979
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 CE     -0.354    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLN 117 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 297 O      -0.356    3.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.357    2.837
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O      -0.358    3.318
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O      -0.360    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 361 HH12   -0.362    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 SD     -0.363    3.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 CD     -0.363    3.543
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 298 O      -0.364    3.324
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 380 CG     -0.364    3.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 HE3    -0.365    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O      -0.366    3.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2    -0.366    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O      -0.367    3.547
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ2    -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA3    -0.367    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 298 O      -0.370    2.850
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 C      -0.370    3.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 125 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 104 CG     -0.371    3.571
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 CG     -0.373    3.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3    -0.377    2.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D SER 115 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 376 HG3    -0.380    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.380    3.560
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 CE     -0.381    3.081
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2    -0.382    2.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 119 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 358 HH     -0.382    2.462
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 123 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B LYS 110 HE3    -0.383    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 CZ     -0.384    3.084
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 123 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 385 HB3    -0.388    2.388
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D PRO 119 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 362 CE1    -0.388    3.088
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D SER 114 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 378 NE2    -0.388    3.013
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 297 O      -0.388    3.568
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 302 OD2    -0.388    3.093
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PRO 120 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 300 CG2    -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PRO 118 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 362 CD1    -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 362 CG     -0.391    3.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 120 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 386 OH     -0.391    3.591
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D GLN 117 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 300 CG2    -0.392    3.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 122 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 302 CA     -0.394    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D PRO 118 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 362 CD1    -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B LYS 110 HZ3    -0.399    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D SER 125 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 104 CG     -0.400    3.100
    

  
260 contacts  

> sequence chain #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B

Alignment identifier is 3  

> sequence chain #1/D#2/D#3/D#4/D#5/D

Alignment identifier is 4  

> select up

1468 atoms, 1443 bonds, 88 residues, 5 models selected  

> select down

276 atoms, 88 residues, 5 models selected  

> mmaker #5,4,3,2 & sel to #1 & sel

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain D
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain D
(#2), sequence alignment score = 24.2  
RMSD between 5 pruned atom pairs is 0.804 angstroms; (across all 5 pairs:
0.804)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 18.1  
RMSD between 3 pruned atom pairs is 0.235 angstroms; (across all 3 pairs:
0.235)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 28.2  
RMSD between 5 pruned atom pairs is 0.376 angstroms; (across all 5 pairs:
0.376)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 23.5  
RMSD between 4 pruned atom pairs is 0.339 angstroms; (across all 4 pairs:
0.339)  
  

> sequence align /A

Alignment identifier is 5  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 5  
Webservices job id: 7TKNHSGHL9VO63K4  
Webservices job finished: 7TKNHSGHL9VO63K4  

> sequence header 15conservation hide

Should be one of 'consensus', 'conservation', or 'rmsd'  

> sequence header 1 conservation hide

> sequence header 1 rmsd show

> sequence header 5 conservation hide

Hiding conservation header for alignment 5  

> sequence header 5 rmsd show

Chains used in RMSD evaluation for alignment 5:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 5  

> select up

1468 atoms, 1443 bonds, 88 residues, 5 models selected  

> mmaker #5,4,3,2/A,B to #1/A,B pairing ss

Different number of reference/match chains (2 ref, 8 match)  

> mmaker #5,4,3,2/A,B to #1/A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 2085.4  
RMSD between 329 pruned atom pairs is 0.414 angstroms; (across all 425 pairs:
23.380)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 2019.4  
RMSD between 317 pruned atom pairs is 0.430 angstroms; (across all 425 pairs:
24.391)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 2032.6  
RMSD between 336 pruned atom pairs is 0.348 angstroms; (across all 425 pairs:
34.779)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
(#2), sequence alignment score = 2059  
RMSD between 334 pruned atom pairs is 0.363 angstroms; (across all 425 pairs:
34.100)  
  

> sequence align /C

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: KKXBEZ4V3I4KJ5DP  
Webservices job finished: KKXBEZ4V3I4KJ5DP  

> sequence header 3 conservation hide

Hiding conservation header for alignment 3  

> sequence header 3 rmsd show

Chains used in RMSD evaluation for alignment 3:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  

> select #1/C:124

24 atoms, 25 bonds, 1 residue, 1 model selected  

> select #1/C:124 #2/C:124 #3/C:124 #4/C:124 #5/C:124

120 atoms, 125 bonds, 5 residues, 5 models selected  
Clustal Omega Alignment [ID: 3] region chain C..chain C [124] RMSD: 0.693  
  

> select #1/A:353

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select #1/A:353-355 #2/A:353-355 #3/A:353-355 #4/A:353-355 #5/A:353-355

175 atoms, 170 bonds, 15 residues, 5 models selected  
Clustal Omega Alignment [ID: 5] region chain A..chain A [353-355] RMSD: 0.632  
  

> select /A,B:353-355

350 atoms, 340 bonds, 30 residues, 5 models selected  

> color sel blue

> contacts sel intraMol false interModel false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    163 contacts
                                      atom1                                                                        atom2                                     overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O      0.252    2.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O      0.241    2.939
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 C      0.197    2.983
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA     0.189    2.991
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CG     0.180    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D MET 121 O      0.149    2.811
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 C      0.145    3.035
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O      0.121    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 CA     0.120    3.060
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 NE2    0.111    3.214
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 NE2    0.095    3.230
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CD     0.086    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 HE2    0.045    2.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 NE2    0.036    3.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 O      0.035    3.145
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      0.034    3.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 HE2    0.021    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      0.019    3.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HD2    0.014    2.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 NE2    0.013    3.312
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HG3    0.013    2.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C      0.008    3.172
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HG3    -0.003    2.483
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 CB     -0.012    3.412
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 HA     -0.013    2.493
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O      -0.037    2.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 NE2    -0.046    2.671
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 HE2    -0.048    2.748
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HA     -0.054    2.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2    -0.057    2.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 ND2    -0.057    2.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB     -0.057    3.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 193 HB2    -0.058    2.538
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 NE2    -0.059    3.384
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2    -0.062    2.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 HE2    -0.067    2.767
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 HB2    -0.068    2.548
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 CB     -0.070    2.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 NE2    -0.071    2.696
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2    -0.071    3.396
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 CE1    -0.084    3.484
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 NE2    -0.085    2.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB     -0.088    3.268
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2    -0.092    3.417
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CD     -0.094    3.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 ND2    -0.099    3.424
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 N      -0.099    2.804
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CB     -0.106    3.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB     -0.109    3.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 193 CB     -0.111    3.291
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 HE2    -0.116    2.116
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2    -0.122    2.747
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2    -0.122    2.822
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 N      -0.125    2.830
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 CE1    -0.126    3.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2    -0.127    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HD2    -0.129    2.609
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2    -0.132    2.132
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HB2    -0.137    2.617
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HB     -0.137    2.837
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.142    2.622
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 HE2    -0.144    2.144
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.147    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HA     -0.151    2.851
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CE1    -0.155    3.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CA     -0.155    3.335
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 HB3    -0.162    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ     -0.163    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      -0.163    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 HE2    -0.168    2.168
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 CB     -0.172    3.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1    -0.178    2.803
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 NE2    -0.180    3.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2    -0.182    2.882
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HH11   -0.182    2.182
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 120 O      -0.183    3.445
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 HE2    -0.191    2.891
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B HIS 121 NE2    -0.192    2.817
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 CE1    -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 CB     -0.200    3.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CB     -0.202    3.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.204    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CG     -0.204    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 H      -0.205    2.285
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CE1    -0.206    3.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 OG     -0.206    3.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 HE2    -0.208    2.208
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 HE2    -0.208    2.208
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CG2    -0.208    2.908
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 NE2    -0.225    2.850
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 HE2    -0.233    2.233
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 HB2    -0.234    2.714
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1    -0.238    3.563
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 NE2    -0.242    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.247    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 NE2    -0.247    2.872
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 NH2    -0.249    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 HG3    -0.249    2.729
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 O      -0.249    2.729
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B HIS 121 HE2    -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CG     -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2    -0.253    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HD3    -0.253    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 159 C      -0.257    3.437
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CB     -0.264    2.964
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 CG     -0.273    3.453
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.278    2.278
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 ND2    -0.280    3.605
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 OG     -0.280    2.780
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 159 HB1    -0.283    2.283
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 C      -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CB     -0.287    3.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 CG2    -0.287    3.687
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 CB     -0.289    3.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.289    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 CA   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CB     -0.306    3.006
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 CB     -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A HIS 121 NE2    -0.318    2.943
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 HB3    -0.321    2.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 C      -0.323    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 CB     -0.324    3.504
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 H      -0.326    2.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 121 HE2    -0.329    2.329
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 NE2    -0.331    2.956
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 N      -0.333    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 OD1    -0.335    2.815
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.336    2.416
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 120 CD     -0.336    3.818
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 120 HB3    -0.337    3.119
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B HIS 121 HE2    -0.337    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 201 HB3    -0.338    2.338
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HB     -0.347    2.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 CE1    -0.348    3.748
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 N    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HB2    -0.348    2.973
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 HB3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 159 CB     -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ     -0.354    3.754
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B CYS 354 CB   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 191 HD21   -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 NH2    -0.354    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HG21   -0.355    2.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 HB2    -0.357    2.837
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D MET 121 O      -0.358    3.318
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 N      -0.360    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 353 SD   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 NH1    -0.363    3.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1    -0.365    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 123 CG     -0.366    3.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D ARG 122 HG3    -0.366    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D MET 121 CA     -0.367    3.547
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D MET 121 HB2    -0.367    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ     -0.370    3.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A CYS 354 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D ARG 122 CA     -0.370    3.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CD     -0.373    3.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLY 355 C    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 163 CB     -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D MET 121 HB2    -0.377    2.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D THR 126 HB     -0.380    2.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLY 355 HA2  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D ARG 122 HA     -0.382    2.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B CYS 354 O    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 160 N      -0.389    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CA     -0.394    3.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A MET 353 CE   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D THR 126 HG21   -0.394    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 353 HE3  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D THR 126 CB     -0.398    3.098
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE1  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 121 NE2    -0.398    3.023
    

  
163 contacts  

> open
> /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33679  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif

Summary of feedback from opening
/Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33674  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif

Summary of feedback from opening
/Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33674  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif

Summary of feedback from opening
/Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33673  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif

Summary of feedback from opening
/Users/pcarlton/k00cele_spo_11x2_dsb123_mg4_splitdna2b/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33676  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> select clear

> hide atoms

> show cartoons

Computing secondary structure  
[Repeated 4 time(s)]

> color bychain

> select clear

[Repeated 1 time(s)]

> mmaker #10,9,8,7,6,5,4,3,2/A to #1/A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
(#10), sequence alignment score = 2058.4  
RMSD between 323 pruned atom pairs is 0.467 angstroms; (across all 425 pairs:
33.836)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
(#9), sequence alignment score = 2065  
RMSD between 331 pruned atom pairs is 0.446 angstroms; (across all 425 pairs:
38.004)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
(#8), sequence alignment score = 1948  
RMSD between 330 pruned atom pairs is 0.434 angstroms; (across all 425 pairs:
25.235)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
(#7), sequence alignment score = 2004.4  
RMSD between 334 pruned atom pairs is 0.477 angstroms; (across all 425 pairs:
15.645)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 2085.4  
RMSD between 329 pruned atom pairs is 0.414 angstroms; (across all 425 pairs:
23.380)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 2019.4  
RMSD between 317 pruned atom pairs is 0.430 angstroms; (across all 425 pairs:
24.391)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 2032.6  
RMSD between 336 pruned atom pairs is 0.348 angstroms; (across all 425 pairs:
34.779)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
(#2), sequence alignment score = 2059  
RMSD between 334 pruned atom pairs is 0.363 angstroms; (across all 425 pairs:
34.100)  
  
Drag select of 42 residues  

> sequence chain #1/D#2/D#3/D#4/D

Alignment identifier is 6  

> sequence chain #7/C#9/C

Alignment identifier is 7  

> select up

5307 atoms, 5333 bonds, 344 residues, 6 models selected  

> select down

628 atoms, 42 residues, 6 models selected  

> select /A

68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected  

> select ~sel

267090 atoms, 272317 bonds, 207 pseudobonds, 15590 residues, 22 models
selected  

> hide sel cartoons

> select clear

> mmaker #10,9,8,7,6,5,4,3,2/A:50-300 to #1/A:50-300

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
(#10), sequence alignment score = 1241  
RMSD between 251 pruned atom pairs is 0.470 angstroms; (across all 251 pairs:
0.470)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
(#9), sequence alignment score = 1245.2  
RMSD between 251 pruned atom pairs is 0.437 angstroms; (across all 251 pairs:
0.437)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
(#8), sequence alignment score = 1187.6  
RMSD between 250 pruned atom pairs is 0.422 angstroms; (across all 251 pairs:
0.442)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
(#7), sequence alignment score = 1208  
RMSD between 251 pruned atom pairs is 0.453 angstroms; (across all 251 pairs:
0.453)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 1265  
RMSD between 251 pruned atom pairs is 0.384 angstroms; (across all 251 pairs:
0.384)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 1203.8  
RMSD between 251 pruned atom pairs is 0.373 angstroms; (across all 251 pairs:
0.373)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 1257.8  
RMSD between 251 pruned atom pairs is 0.280 angstroms; (across all 251 pairs:
0.280)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
(#2), sequence alignment score = 1246.4  
RMSD between 251 pruned atom pairs is 0.313 angstroms; (across all 251 pairs:
0.313)  
  
Drag select of 3003 residues, 6 pseudobonds  

> select clear

> select /A

68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected  

> select #10

33548 atoms, 34135 bonds, 14 pseudobonds, 1984 residues, 2 models selected  

> select /A:50-300

40993 atoms, 41393 bonds, 48 pseudobonds, 2510 residues, 11 models selected  

> select /A:50-150

16956 atoms, 17066 bonds, 29 pseudobonds, 1010 residues, 11 models selected  

> mmaker #10,9,8,7,6,5,4,3,2/A:50-160 to #1/A:50-160

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
(#10), sequence alignment score = 566.8  
RMSD between 111 pruned atom pairs is 0.391 angstroms; (across all 111 pairs:
0.391)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
(#9), sequence alignment score = 556  
RMSD between 111 pruned atom pairs is 0.352 angstroms; (across all 111 pairs:
0.352)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
(#8), sequence alignment score = 539.2  
RMSD between 111 pruned atom pairs is 0.349 angstroms; (across all 111 pairs:
0.349)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
(#7), sequence alignment score = 541  
RMSD between 111 pruned atom pairs is 0.332 angstroms; (across all 111 pairs:
0.332)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 563.2  
RMSD between 111 pruned atom pairs is 0.339 angstroms; (across all 111 pairs:
0.339)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 529  
RMSD between 111 pruned atom pairs is 0.257 angstroms; (across all 111 pairs:
0.257)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 563.8  
RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
0.254)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
(#2), sequence alignment score = 541.6  
RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
0.254)  
  
Drag select of 11 residues  

> select up

1280 atoms, 1287 bonds, 85 residues, 3 models selected  

> sequence chain #2/A#3/A#9/A

Alignment identifier is 1  

> select up

20525 atoms, 20720 bonds, 1275 residues, 3 models selected  

> select down

1280 atoms, 1287 bonds, 85 residues, 3 models selected  

> select #2/A:356 #3/A:356 #9/A:356

51 atoms, 48 bonds, 3 residues, 3 models selected  

> select #2/A:356-425 #3/A:356-425 #9/A:356-425

3276 atoms, 3300 bonds, 210 residues, 3 models selected  
1 [ID: 1] region 3 chains [356-425] RMSD: 24.333  
  

> select /B

68415 atoms, 69065 bonds, 46 pseudobonds, 4250 residues, 11 models selected  

> show sel cartoons

> select clear

> select #11/B:160

24 atoms, 23 bonds, 1 residue, 1 model selected  

> select up

69 atoms, 68 bonds, 4 residues, 1 model selected  

> select up

6843 atoms, 6908 bonds, 425 residues, 1 model selected  

> close #6

> mmaker #11,10,9,8,7,5,4,3,2/A:50-160 to #1/A:50-160

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain A
(#11), sequence alignment score = 557.8  
RMSD between 111 pruned atom pairs is 0.293 angstroms; (across all 111 pairs:
0.293)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
(#10), sequence alignment score = 566.8  
RMSD between 111 pruned atom pairs is 0.391 angstroms; (across all 111 pairs:
0.391)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
(#9), sequence alignment score = 556  
RMSD between 111 pruned atom pairs is 0.352 angstroms; (across all 111 pairs:
0.352)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
(#8), sequence alignment score = 539.2  
RMSD between 111 pruned atom pairs is 0.349 angstroms; (across all 111 pairs:
0.349)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
(#7), sequence alignment score = 541  
RMSD between 111 pruned atom pairs is 0.332 angstroms; (across all 111 pairs:
0.332)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif, chain A
(#5), sequence alignment score = 563.2  
RMSD between 111 pruned atom pairs is 0.339 angstroms; (across all 111 pairs:
0.339)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif, chain A
(#4), sequence alignment score = 529  
RMSD between 111 pruned atom pairs is 0.257 angstroms; (across all 111 pairs:
0.257)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif, chain A
(#3), sequence alignment score = 563.8  
RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
0.254)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif, chain A
(#2), sequence alignment score = 541.6  
RMSD between 111 pruned atom pairs is 0.254 angstroms; (across all 111 pairs:
0.254)  
  

> select clear

> select /A,B:365-425

18600 atoms, 18720 bonds, 1220 residues, 10 models selected  

> select /A,B:385-425

12060 atoms, 12120 bonds, 820 residues, 10 models selected  

> hide sel cartoons

Drag select of 3 residues  

> select up

454 atoms, 460 bonds, 31 residues, 1 model selected  

> select /A,B:1-30

8860 atoms, 8980 bonds, 600 residues, 10 models selected  

> hide sel cartoons

> select clear

[Repeated 1 time(s)]

> select /C

59610 atoms, 60330 bonds, 3850 residues, 10 models selected  

> show sel cartoons

> sequence align /C

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: BQVZ13OODGVRFUC1  
Webservices job finished: BQVZ13OODGVRFUC1  

> sequence header conservation hide

Hiding conservation header for alignment 1  

> sequence header rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header rmsd save browse

> select clear

> select #1/C:148 #2/C:148

38 atoms, 36 bonds, 2 residues, 2 models selected  

> select #1/C:148-307 #2/C:148-307 #3/C:148-307 #4/C:148-307 #5/C:148-307
> #7/C:148-307 #8/C:148-307 #9/C:148-307 #10/C:148-307 #11/C:148-307

23047 atoms, 23397 bonds, 1600 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [148-307] RMSD: 66.279  
  

> select clear

> select /C:148-385

35794 atoms, 36274 bonds, 2380 residues, 10 models selected  

> hide sel cartoons

> select clear

> select /D

44074 atoms, 44514 bonds, 2800 residues, 10 models selected  

> sequence align /D

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: 6IW1UF87C4RWXQYP  
Webservices job finished: 6IW1UF87C4RWXQYP  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> select #1/D:114

11 atoms, 10 bonds, 1 residue, 1 model selected  

> select #1/D:114-121 #2/D:114-121 #3/D:114-121 #4/D:114-121 #5/D:114-121
> #7/D:114-121 #8/D:114-121 #9/D:114-121 #10/D:114-121 #11/D:114-121

1090 atoms, 1110 bonds, 80 residues, 10 models selected  
Clustal Omega Alignment [ID: 2] region chain D..chain D [114-121] RMSD: 63.385  
  

> show sel cartoons

> show sel atoms

> select /D:1-100

16245 atoms, 16395 bonds, 1000 residues, 10 models selected  

> show sel cartoons

> select /D

44074 atoms, 44514 bonds, 2800 residues, 10 models selected  

> transparency sel 90 ribbons

> hide sel atoms

> select clear

> graphics silhouettes false

> lighting soft

> lighting simple

> sequence align /E

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: 7PFUZDICVXJI2VQ4  
Webservices job finished: 7PFUZDICVXJI2VQ4  

> sequence header 3 rmsd show

Chains used in RMSD evaluation for alignment 3:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  

> sequence header 3 conservation hide

Hiding conservation header for alignment 3  

> select #1/E:224

21 atoms, 21 bonds, 1 residue, 1 model selected  

> select #1/E:224 #2/E:224 #3/E:224 #4/E:224 #5/E:224 #7/E:224 #8/E:224
> #9/E:224 #10/E:224

189 atoms, 189 bonds, 9 residues, 9 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [224] RMSD: 1.339  
  

> show sel atoms

> select up

3381 atoms, 3408 bonds, 206 residues, 9 models selected  

> show sel cartoons

> contacts sel interModel false intraMol false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    578 contacts
                                        atom1                                                                          atom2                                      overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.270    2.690
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      0.266    2.694
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        0.258    2.702
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        0.254    2.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       0.206    2.754
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH1      0.189    3.061
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        0.177    3.003
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 CZ       0.176    3.004
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.164    3.016
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      0.159    3.021
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        0.153    3.027
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        0.152    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12     0.149    2.476
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      0.148    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        0.147    3.033
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.143    3.037
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       0.137    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        0.130    3.050
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 NH2     0.120    3.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       0.113    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22     0.111    2.514
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 CZ       0.095    3.085
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1      0.088    3.162
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 CZ       0.087    3.238
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH22    0.078    2.622
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      0.059    3.191
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CB       0.058    2.642
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1      0.054    3.271
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        0.051    3.129
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 HH22    0.049    2.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       0.048    3.132
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1     0.043    3.282
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1      0.043    3.282
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CB       0.039    3.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 210 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 23 CG2     0.038    3.142
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        0.036    3.144
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CB       0.025    2.675
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 CD       0.023    3.302
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1      0.022    3.228
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       0.015    3.165
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1      0.012    3.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        0.012    2.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        0.009    3.171
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22     0.007    1.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      0.004    3.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       0.004    3.176
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 CB       0.004    3.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       -0.000    3.180
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.003    2.963
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1      -0.011    3.261
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 CB       -0.011    3.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 CZ       -0.012    3.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH12    -0.012    2.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CG2      -0.014    3.414
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 HH22    -0.015    2.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HA       -0.015    2.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.016    3.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 OE2     -0.021    2.981
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.023    3.203
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 CB      -0.024    3.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CB      -0.024    2.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 HH12    -0.025    2.725
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 CG      -0.027    3.207
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.027    3.427
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 CB       -0.030    2.730
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1      -0.031    3.356
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 CG2     -0.033    3.433
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CG2      -0.033    3.433
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1    -0.035    3.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HA       -0.036    2.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.037    2.662
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        -0.037    2.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 176 NH2      -0.037    3.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 210 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 23 HG21    -0.038    2.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2     -0.040    2.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.041    2.521
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 CZ     -0.044    3.224
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ       -0.045    3.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       -0.053    2.533
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      -0.055    3.235
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.057    3.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 CZ       -0.057    3.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.058    2.538
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.061    3.241
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1     -0.065    3.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 HA      -0.066    2.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1      -0.067    3.392
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 193 O        -0.073    2.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       -0.074    2.554
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HA       -0.075    2.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 O        -0.076    2.556
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 176 HH22     -0.078    2.778
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        -0.078    2.558
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HA       -0.081    2.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        -0.081    3.261
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 HB3      -0.081    2.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.082    3.262
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      -0.085    2.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CG2      -0.088    3.488
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.088    3.488
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1    -0.089    3.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH12     -0.091    2.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CG2     -0.092    3.492
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        -0.093    3.273
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 CD       -0.095    2.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 CZ       -0.097    3.422
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CG2      -0.099    2.799
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2     -0.101    2.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CG2      -0.101    2.801
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 O       -0.102    2.582
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 HB3      -0.103    2.728
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.104    2.729
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 176 NH2      -0.107    3.432
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 O       -0.108    2.588
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 HH22     -0.109    2.809
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 HD13     -0.110    2.810
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 CD1      -0.111    3.511
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH21    -0.113    2.813
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 NH2      -0.115    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 176 HH22     -0.115    2.815
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 CG2    -0.118    3.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.118    3.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 HB3     -0.123    2.748
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH2     -0.125    3.450
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 HB3     -0.125    2.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1     -0.127    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CB       -0.129    3.454
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B VAL 172 HG11     -0.130    2.830
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2      -0.130    2.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 CG2     -0.131    3.531
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 NH2      -0.131    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 HG11    -0.133    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 CG2    -0.133    3.458
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 CB      -0.133    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 176 HH22     -0.135    2.135
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 221 CZ      -0.137    3.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1      -0.137    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 CZ     -0.137    3.462
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 HH22   -0.138    2.838
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 HB3     -0.138    2.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 176 NH2      -0.140    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CB       -0.141    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH1     -0.141    3.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 N        -0.142    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CG2     -0.143    2.843
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.144    3.104
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 NH2      -0.145    3.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 HA     -0.146    2.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 O      -0.146    2.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLU 194 CD     -0.146    2.846
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 CB     -0.147    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1      -0.148    3.398
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 192 CD1     -0.150    2.850
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 CA       -0.151    3.331
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 NH2      -0.151    2.856
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 OD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 NH2    -0.152    2.857
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22     -0.153    2.153
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.153    3.478
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B VAL 172 HG11     -0.154    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HG22     -0.154    2.154
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22     -0.155    2.155
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 172 HG11    -0.156    2.856
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CA       -0.158    3.338
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 177 CG2     -0.159    3.484
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 C        -0.159    3.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 NH2     -0.159    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 CB       -0.160    3.485
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CA       -0.161    3.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22     -0.161    2.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22    -0.162    2.162
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 O        -0.162    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      -0.162    2.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 CD1      -0.164    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HA       -0.164    2.644
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH12     -0.165    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 194 CD       -0.165    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.168    2.868
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 NH2      -0.169    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.169    3.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22     -0.169    2.169
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 O        -0.169    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 NH1      -0.170    2.875
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH12    -0.170    2.170
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 HA      -0.171    2.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 HG21     -0.171    2.171
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 HB3      -0.172    2.172
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A VAL 172 HG11    -0.173    2.873
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CG2      -0.173    2.873
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 HB3      -0.173    2.173
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 HB3     -0.173    2.873
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH2      -0.173    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CB       -0.174    3.499
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 176 NH2      -0.174    2.799
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ       -0.175    3.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH2      -0.176    3.501
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.176    2.876
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CG2      -0.177    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 CG1     -0.178    3.578
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 172 HG11     -0.178    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 CB      -0.178    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 HB3     -0.178    2.178
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 172 HG11    -0.179    2.879
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 O      -0.179    2.884
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 CB      -0.180    3.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ARG 176 NH2     -0.181    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 176 NH2      -0.181    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1      -0.181    3.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 NH2     -0.182    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 O        -0.183    2.663
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12     -0.183    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 HH22    -0.185    2.885
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22    -0.186    2.186
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH12    -0.187    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 O        -0.188    2.668
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH12     -0.189    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 HG21     -0.189    2.189
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 NH2    -0.189    2.894
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH2      -0.189    3.439
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 CB      -0.191    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 NH2      -0.192    3.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 HB3      -0.192    2.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22   -0.193    2.193
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 NH2     -0.193    2.818
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22     -0.194    2.894
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 NH2    -0.196    3.521
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 N        -0.196    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.197    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CA      -0.197    3.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 CB       -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 177 HG21    -0.198    2.823
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 HG11     -0.198    2.898
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 194 HB3     -0.198    2.898
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2     -0.199    3.524
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B VAL 172 HG11     -0.200    2.900
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.200    3.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.200    3.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22     -0.201    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 HH22    -0.201    2.201
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.202    3.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.203    2.903
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 HG11     -0.203    2.903
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG21     -0.204    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 HB3     -0.205    2.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH1      -0.205    3.455
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 192 CD1      -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 CB       -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 NH2      -0.206    2.911
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 N      -0.207    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 HH22    -0.207    2.287
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E SER 222 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 NH2    -0.207    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH22    -0.207    2.207
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2      -0.207    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE1      -0.208    2.913
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 HG21    -0.208    2.208
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 HB3    -0.209    2.209
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 OH       -0.209    2.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 HH22     -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 CB       -0.211    3.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2    -0.211    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HG22     -0.212    2.837
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ARG 176 NH2     -0.212    3.537
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CB      -0.213    3.538
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 221 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 NH2    -0.213    2.838
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 221 NH1     -0.214    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.215    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 OD2    -0.215    2.920
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 229 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 CD1      -0.217    2.917
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 HH22    -0.218    2.218
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH1      -0.218    2.843
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 NH2     -0.219    3.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.219    3.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH12   -0.220    2.920
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG21     -0.221    2.921
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 NH2     -0.222    3.547
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HD13     -0.225    2.925
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 NH2     -0.226    3.551
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2      -0.226    2.851
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 164 OG1      -0.227    2.327
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.228    2.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 HH12     -0.228    2.853
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 NH2      -0.229    2.934
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ       -0.232    3.557
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.232    3.557
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B VAL 172 O       -0.235    2.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 CD      -0.235    3.415
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2     -0.236    3.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 NH1     -0.236    3.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 CA     -0.236    3.416
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 NH1    -0.238    2.943
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 CG1      -0.239    3.639
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CG2      -0.240    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22    -0.240    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HG21     -0.240    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 C        -0.240    3.420
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH12    -0.242    2.942
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 NH1      -0.243    2.948
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 229 HG13  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 CD1    -0.244    2.944
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH2      -0.245    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CA       -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CG2     -0.245    2.945
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 176 NH2      -0.246    2.871
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG23    -0.247    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CG2      -0.248    2.948
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 NH1      -0.248    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 CG2      -0.249    3.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 HB3      -0.250    2.875
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG21     -0.251    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E SER 222 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 HH22   -0.252    2.252
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 210 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HH       -0.252    2.332
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 C      -0.253    3.433
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B THR 164 OG1    -0.254    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 166 HD11     -0.254    2.954
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ       -0.254    3.579
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 O       -0.256    2.736
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 191 O        -0.256    3.216
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 172 O        -0.256    2.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1     -0.257    3.507
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 228 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ARG 176 HH22    -0.258    2.958
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B VAL 172 O       -0.259    2.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 HH22     -0.261    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2      -0.261    3.586
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 CD1      -0.262    3.662
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 N       -0.262    2.967
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 HH22     -0.262    2.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2      -0.263    2.888
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 192 CD1     -0.263    3.663
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2      -0.264    3.589
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 CG2      -0.264    3.589
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 HG21    -0.265    2.965
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG21     -0.266    2.966
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 OD2      -0.268    2.348
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 NH2     -0.269    3.594
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 NH2      -0.269    3.594
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 CG2     -0.269    2.969
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 CZ       -0.269    3.594
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 CB     -0.270    3.595
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2      -0.270    3.595
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 HB3      -0.270    2.270
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 HG21   -0.271    2.896
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12     -0.272    2.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CB       -0.272    2.972
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 HB3      -0.272    2.272
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH22     -0.273    2.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 CG1      -0.273    3.673
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 OD2     -0.273    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CA       -0.274    3.454
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A VAL 172 O        -0.274    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 O       -0.274    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.275    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 CG1     -0.275    2.975
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CB       -0.275    2.975
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B VAL 172 HG11    -0.276    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 176 NH2      -0.276    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 215 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 HG3     -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 164 OG1      -0.280    2.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ILE 192 CD1     -0.280    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG23     -0.281    2.981
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 O        -0.282    2.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ      -0.282    3.462
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 C        -0.283    3.463
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B VAL 172 O      -0.283    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 HH22    -0.283    2.283
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 CB       -0.284    2.984
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 CG2      -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 O        -0.286    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 174 CB       -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 HH22   -0.286    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 HG21     -0.287    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.287    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 228 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 176 HH22    -0.289    2.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 174 HB3      -0.289    2.914
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A VAL 172 CG1     -0.291    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 C        -0.291    3.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 CA      -0.291    3.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 O        -0.292    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ       -0.292    3.472
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.293    2.373
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 HG21   -0.293    2.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 192 O        -0.293    2.998
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 CG2     -0.293    2.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E SER 222 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.294    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH12     -0.294    2.994
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2    -0.294    3.619
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLY 218 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 CG2      -0.295    3.620
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LYS 225 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 174 CB      -0.297    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 176 HH22     -0.298    2.298
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.298    2.923
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 OD2    -0.299    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH1     -0.299    2.924
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 HH22     -0.300    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CG2      -0.301    3.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22     -0.302    3.002
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 N        -0.303    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 NH2    -0.303    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LYS 225 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 O        -0.304    2.384
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 CG2     -0.305    3.005
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 194 HB3    -0.305    3.005
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 N       -0.305    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2      -0.306    3.011
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 HH22     -0.306    2.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 221 HH12    -0.306    2.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.307    3.012
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 CG2      -0.307    3.632
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 HH22    -0.307    2.307
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B VAL 172 HG11    -0.308    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22     -0.308    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 CZ     -0.310    3.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ       -0.310    3.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HA      -0.310    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 H       -0.310    2.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 HB3      -0.311    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 HG21     -0.311    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLU 194 CD     -0.313    3.638
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B SER 193 H        -0.314    2.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E SER 222 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 176 HH22     -0.314    2.314
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 OG1      -0.314    2.414
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 194 HB3      -0.314    3.014
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22     -0.315    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 OD2      -0.315    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 OD2     -0.315    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ      -0.316    3.641
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 OE1     -0.317    3.277
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 CG2    -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 CZ       -0.318    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG23     -0.318    2.318
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG23     -0.319    2.319
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B VAL 172 CG1      -0.320    3.720
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 HH21    -0.320    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.321    3.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 C       -0.321    3.501
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 174 CG     -0.322    3.647
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 172 HG11    -0.322    2.322
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 OD2     -0.322    2.402
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CG2      -0.322    3.722
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 194 CD       -0.322    3.647
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 CG1      -0.322    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLY 218 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 176 HH22     -0.322    2.402
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 172 CG1      -0.323    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 CG2     -0.323    3.648
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 228 OD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ARG 176 HH22   -0.324    2.404
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 C        -0.325    3.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH2     -0.326    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 164 HG21    -0.326    2.326
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HG12     -0.326    2.326
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH21     -0.327    3.027
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 229 CG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 CD1    -0.327    3.727
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 C      -0.328    3.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 HG23   -0.329    3.029
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 HG21    -0.329    2.954
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 177 CG2    -0.331    3.031
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2      -0.332    3.657
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 CB      -0.332    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 CG      -0.333    3.658
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH1     -0.333    3.658
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 172 CG1     -0.333    3.733
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2     -0.333    2.958
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG23     -0.334    2.334
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE2      -0.334    2.414
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E THR 233 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 192 HD13     -0.334    2.334
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 176 HH22    -0.335    2.335
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG23     -0.336    3.036
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B VAL 172 HG11     -0.336    2.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 166 HD11     -0.336    3.036
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 HD13     -0.336    2.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 CG2      -0.336    3.036
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 C        -0.338    3.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2      -0.339    3.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG21    -0.339    3.039
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG12     -0.340    2.340
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 OG1      -0.340    2.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 176 NH2      -0.340    3.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 221 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 NH2    -0.340    3.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 172 HG11     -0.341    3.041
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 221 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B VAL 172 HG11     -0.341    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG23    -0.341    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A SER 193 H      -0.342    2.422
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LEU 217 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 HG21    -0.342    3.042
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ       -0.342    3.742
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 193 N        -0.343    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 HH12   -0.344    2.424
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 HH22     -0.344    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B VAL 172 HG11    -0.345    2.345
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 192 CD1      -0.346    3.746
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LYS 225 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B VAL 172 HB     -0.347    2.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B SER 193 H        -0.348    2.428
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 HH22     -0.348    2.428
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A VAL 172 HG11     -0.349    2.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 O        -0.349    3.529
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 164 HG21     -0.350    2.350
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NE       -0.351    3.601
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG23     -0.351    2.351
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 OD2      -0.352    2.432
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 166 HD11     -0.352    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 166 HD11     -0.352    2.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E LYS 225 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 174 OD2     -0.352    2.432
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ASP 228 OD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 HH22     -0.352    2.432
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 192 HG21     -0.353    2.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.355    3.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 221 HH12     -0.355    2.435
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B SER 193 H        -0.357    2.437
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B VAL 172 CG1      -0.357    3.757
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 CZ      -0.358    3.758
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 192 HD13    -0.358    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 174 CG       -0.358    3.683
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B GLU 194 HB3      -0.359    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LYS 225 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 174 HB3     -0.359    2.984
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E VAL 221 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 176 HH22   -0.360    2.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.361    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 N       -0.361    3.066
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 221 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B VAL 172 HG11     -0.362    2.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 192 O      -0.362    3.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 164 HG21    -0.363    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 HB       -0.363    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 164 HG21    -0.363    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CG       -0.364    3.064
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22   -0.365    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 194 OE1      -0.366    3.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 221 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 164 HG21    -0.366    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 HH12     -0.366    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 NH2      -0.367    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.368    3.068
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 HH22     -0.369    2.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E LYS 225 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A VAL 172 HB       -0.369    2.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 217 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 HG12     -0.371    2.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 232 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLU 194 OE1    -0.371    2.451
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 194 OE1      -0.372    2.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG23     -0.373    3.073
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 192 C       -0.373    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E LEU 217 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 192 HG23   -0.374    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 232 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 164 OG1      -0.374    2.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 176 HH21    -0.375    3.075
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 221 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B VAL 172 CG1      -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E ARG 232 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 176 NH1      -0.376    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLY 218 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 CG2     -0.377    3.702
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 HH21    -0.377    3.077
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22     -0.378    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A SER 193 C       -0.378    3.558
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E VAL 229 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 172 HG11     -0.380    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 NH1      -0.380    3.085
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH12    -0.380    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 HG21     -0.380    2.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B VAL 172 CG1     -0.380    3.780
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E LEU 217 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 192 HG21    -0.380    2.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22    -0.382    3.082
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 211 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 221 NH2     -0.382    3.087
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 232 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B THR 164 OG1     -0.383    2.483
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E ARG 232 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 164 HB       -0.383    2.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 194 CB      -0.385    3.785
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E VAL 221 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 176 HH22     -0.386    2.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 221 HH22     -0.387    3.087
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 172 CG1     -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E VAL 229 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B VAL 172 CG1     -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLU 211 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 221 NH1    -0.388    3.713
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 194 CB      -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E LEU 217 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ILE 192 CG2      -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E LEU 217 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 192 HG12     -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 174 CG       -0.390    3.715
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 211 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 221 HH22     -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLU 211 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 221 NH1      -0.391    3.716
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLU 211 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 221 HH22     -0.392    2.472
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 221 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 176 NH2     -0.392    3.717
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 229 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A VAL 172 CG1      -0.392    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E VAL 229 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 192 CD1      -0.392    3.792
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ASP 228 OD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ARG 176 HH22    -0.393    2.473
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLY 218 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 192 CG2      -0.395    3.720
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A SER 193 H       -0.395    2.475
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E LEU 217 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 192 HG23    -0.395    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 OE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 193 C       -0.395    3.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 229 HG13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ILE 192 HD13    -0.395    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLU 211 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 221 NH1     -0.396    3.721
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E VAL 221 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B THR 164 HG21     -0.396    2.396
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 CZ       -0.397    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E THR 233 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 192 CD1      -0.398    3.098
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E LEU 217 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 192 HG12     -0.398    3.098
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LYS 225 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 174 CG       -0.398    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ASP 228 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 176 NH2      -0.399    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 221 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 172 HG11    -0.400    2.400
    

  
578 contacts  

> select clear

Drag select of 121 residues, 24 atoms  

> select #1/E:211

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select #1/E:211-232 #2/E:211-232 #3/E:211-232 #4/E:211-232 #5/E:211-232
> #7/E:211-232 #8/E:211-232 #9/E:211-232 #10/E:211-232 #11/E:211-232

3650 atoms, 3680 bonds, 220 residues, 10 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [211-232] RMSD: 16.057  
  

> select /F

10 atoms, 10 residues, 10 models selected  

> select /F,G,H,I

40 atoms, 7 bonds, 40 residues, 10 models selected  

> show sel atoms

> style sel sphere

Changed 40 atom styles  

> color sel lime

> select clear

> select /J

19270 atoms, 20860 bonds, 600 residues, 10 models selected  

> sequence align /J

Must specify 2 or more protein sequences  

> show sel cartoons

> select /K

9448 atoms, 10148 bonds, 300 residues, 10 models selected  

> show sel cartoons

[Repeated 1 time(s)]

> select /L

9540 atoms, 10220 bonds, 300 residues, 10 models selected  

> show sel cartoons

> select /M

Nothing selected  

> select /A:300-385

14340 atoms, 14440 bonds, 860 residues, 10 models selected  

> show sel atoms

> hide sel atoms

> select clear

> select /C:300-385

14047 atoms, 14177 bonds, 860 residues, 10 models selected  

> show sel atoms

> hide sel atoms

> show sel cartoons

> select /B:220-290

11380 atoms, 11550 bonds, 9 pseudobonds, 710 residues, 11 models selected  

> show sel cartoons

> undo

> select /A:300-385

14340 atoms, 14440 bonds, 860 residues, 10 models selected  

> show sel cartoons

> select /C:220-290

9867 atoms, 10067 bonds, 710 residues, 10 models selected  

> select /D:220-290

9600 atoms, 9720 bonds, 610 residues, 10 models selected  

> show sel cartoons

> transparency sel 0 ribbons

> select /E:1-30

4770 atoms, 4810 bonds, 300 residues, 10 models selected  

> show sel cartoons

> hide sel cartoons

> select /D:220-290

9600 atoms, 9720 bonds, 610 residues, 10 models selected  

> hide sel cartoons

> select /C:300-385

14047 atoms, 14177 bonds, 860 residues, 10 models selected  

> hide sel cartoons

> select clear

Drag select of 126 residues  

> select #11/E:211

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select #11/E:211-225

253 atoms, 255 bonds, 15 residues, 1 model selected  

> show sel cartoons

> select #1/E:210

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select #1/E:210-213 #2/E:210-213 #3/E:210-213 #4/E:210-213 #5/E:210-213

305 atoms, 305 bonds, 20 residues, 5 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [210-213] RMSD: 1.071  
  

> select #7/E:210

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select #7/E:210-214 #8/E:210-214 #9/E:210-214 #10/E:210-214 #11/E:210-214

390 atoms, 390 bonds, 25 residues, 5 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [210-214] RMSD: 1.362  
  

> select #1/E:215

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select #1/E:215-218 #2/E:215-218 #3/E:215-218 #4/E:215-218 #5/E:215-218

310 atoms, 305 bonds, 20 residues, 5 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [215-218] RMSD: 0.995  
  

> select #7/E:209

14 atoms, 13 bonds, 1 residue, 1 model selected  

> select #7/E:209-214 #8/E:209-214 #9/E:209-214 #10/E:209-214 #11/E:209-214

460 atoms, 460 bonds, 30 residues, 5 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [209-214] RMSD: 1.412  
  

> select #1/E:209

14 atoms, 13 bonds, 1 residue, 1 model selected  

> select #1/E:209 #2/E:209 #3/E:209 #4/E:209 #5/E:209 #7/E:209 #8/E:209
> #9/E:209 #10/E:209 #11/E:209

140 atoms, 130 bonds, 10 residues, 10 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [209] RMSD: 35.041  
  

> select #1/E:221

16 atoms, 15 bonds, 1 residue, 1 model selected  

> select #1/E:221 #2/E:221 #3/E:221 #4/E:221 #5/E:221 #7/E:221 #8/E:221
> #9/E:221 #10/E:221 #11/E:221

160 atoms, 150 bonds, 10 residues, 10 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [221] RMSD: 6.560  
  

> select #1/E:220

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select #1/E:220 #2/E:220 #3/E:220 #4/E:220 #5/E:220 #7/E:220 #8/E:220
> #9/E:220 #10/E:220 #11/E:220

190 atoms, 180 bonds, 10 residues, 10 models selected  

> select #1/E:216-220 #2/E:216-220 #3/E:216-220 #4/E:216-220 #5/E:216-220
> #7/E:216-220 #8/E:216-220 #9/E:216-220 #10/E:216-220 #11/E:216-220

820 atoms, 820 bonds, 50 residues, 10 models selected  
Clustal Omega Alignment [ID: 3] region chain E..chain E [216-220] RMSD: 14.502  
  

> select /E

56693 atoms, 57173 bonds, 3450 residues, 10 models selected  

> hide sel cartoons

> hide sel atoms

> select clear

> select #1/C:122

12 atoms, 11 bonds, 1 residue, 1 model selected  

> select #1/C:122-132 #2/C:122-132 #3/C:122-132 #4/C:122-132 #5/C:122-132
> #7/C:122-132 #8/C:122-132 #9/C:122-132 #10/C:122-132 #11/C:122-132

1970 atoms, 1990 bonds, 110 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [122-132] RMSD: 0.720  
  

> select #1/C:158

10 atoms, 9 bonds, 1 residue, 1 model selected  

> select #1/C:141-158 #2/C:141-158 #3/C:141-158 #4/C:141-158 #5/C:141-158
> #7/C:141-158 #8/C:141-158 #9/C:141-158 #10/C:141-158 #11/C:141-158

2520 atoms, 2530 bonds, 180 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [141-158] RMSD: 35.580  
  

> hide sel cartoons

> select clear

> select /D

44074 atoms, 44514 bonds, 2800 residues, 10 models selected  

> hide sel cartoons

> select clear

Drag select of 21 residues  
Drag select of 10 residues  

> sequence chain #1/A#2/A#3/A#4/A#5/A#7/A#8/A#9/A#10/A#11/A

Alignment identifier is 2  

> select up

4659 atoms, 4692 bonds, 298 residues, 10 models selected  

> select down

536 atoms, 31 residues, 10 models selected  

> select #1/A:363 #2/A:363 #3/A:363 #4/A:363 #5/A:363 #7/A:363 #8/A:363
> #9/A:363 #10/A:363 #11/A:363

190 atoms, 180 bonds, 10 residues, 10 models selected  

> select #1/A:363-425 #2/A:363-425 #3/A:363-425 #4/A:363-425 #5/A:363-425
> #7/A:363-425 #8/A:363-425 #9/A:363-425 #10/A:363-425 #11/A:363-425

9680 atoms, 9740 bonds, 630 residues, 10 models selected  
2 [ID: 2] region 10 chains [363-425] RMSD: 62.618  
  

> hide sel cartoons

> undo

> select clear

> select /A

68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected  

> rainbow sel

Drag select of 21 residues  

> select #1/A:370 #2/A:370 #3/A:370 #4/A:370 #5/A:370 #7/A:370 #8/A:370
> #9/A:370 #10/A:370 #11/A:370

110 atoms, 100 bonds, 10 residues, 10 models selected  

> select #1/A:370-425 #2/A:370-425 #3/A:370-425 #4/A:370-425 #5/A:370-425
> #7/A:370-425 #8/A:370-425 #9/A:370-425 #10/A:370-425 #11/A:370-425

8490 atoms, 8540 bonds, 560 residues, 10 models selected  
2 [ID: 2] region 10 chains [370-425] RMSD: 66.415  
  
Drag select of 10 residues  

> select #1/A:376 #2/A:376 #3/A:376 #4/A:376 #5/A:376 #7/A:376 #8/A:376
> #9/A:376 #10/A:376 #11/A:376

140 atoms, 140 bonds, 10 residues, 10 models selected  

> select #1/A:376-425 #2/A:376-425 #3/A:376-425 #4/A:376-425 #5/A:376-425
> #7/A:376-425 #8/A:376-425 #9/A:376-425 #10/A:376-425 #11/A:376-425

7480 atoms, 7530 bonds, 500 residues, 10 models selected  
2 [ID: 2] region 10 chains [376-425] RMSD: 70.194  
  

> hide sel cartoons

> select clear

> select /A

68423 atoms, 69073 bonds, 53 pseudobonds, 4250 residues, 11 models selected  

> color sel bychain

> select clear

Drag select of 32 atoms, 6183 residues, 21 pseudobonds  

> sequence chain
> #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B#7/A,B#8/A,B#9/A,B#10/A,B#11/A,B

Alignment identifier is 3  

> sequence chain #1/C#2/C#3/C#4/C#5/C#7/C#8/C#9/C#10/C#11/C

Alignment identifier is 4  

> sequence chain #1/J#2/J#3/J#4/J#5/J#7/J#8/J#9/J#10/J#11/J

Alignment identifier is 5  

> sequence chain #1/K#2/K#3/K#4/K#5/K#7/K#8/K#9/K#10/K#11/K

Alignment identifier is 6  

> sequence chain #1/L#2/L#3/L#4/L#5/L#7/L#8/L#9/L#10/L#11/L

Alignment identifier is 7  

> select up

146001 atoms, 149898 bonds, 21 pseudobonds, 7902 residues, 21 models selected  

> select down

111295 atoms, 21 pseudobonds, 6215 residues, 21 models selected  

> select #1/C:111

22 atoms, 21 bonds, 1 residue, 1 model selected  

> select #1/C:111-121 #2/C:111-121 #3/C:111-121 #4/C:111-121 #5/C:111-121
> #7/C:111-121 #8/C:111-121 #9/C:111-121 #10/C:111-121 #11/C:111-121

1720 atoms, 1720 bonds, 110 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [111-121] RMSD: 4.794  
  
Drag select of 24 residues  

> select up

1469 atoms, 1483 bonds, 86 residues, 10 models selected  

> select #1/C:4

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select #1/C:1-4 #2/C:1-4 #3/C:1-4 #4/C:1-4 #5/C:1-4 #7/C:1-4 #8/C:1-4
> #9/C:1-4 #10/C:1-4 #11/C:1-4

680 atoms, 690 bonds, 40 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [1-4] RMSD: 7.315  
  

> hide sel cartoons

> select clear

Drag select of 2773 residues  

> select intersect /A

17566 atoms, 1082 residues, 10 models selected  

> select #1/C:8-9

36 atoms, 35 bonds, 2 residues, 1 model selected  

> select #1/C:8-133 #2/C:8-133 #3/C:8-133 #4/C:8-133 #5/C:8-133 #7/C:8-133
> #8/C:8-133 #9/C:8-133 #10/C:8-133 #11/C:8-133

20826 atoms, 21006 bonds, 1260 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [8-133] RMSD: 1.788  
  

> contacts sel interModel false intraMol false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    2522 contacts
                                        atom1                                                                          atom2                                      overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 26 OE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE1      0.277    2.683
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       0.265    2.985
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     0.247    2.933
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      0.244    3.006
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 23 O       0.241    2.719
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLN 17 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     0.234    2.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CG       0.233    2.967
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       0.229    3.021
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB        0.229    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     0.224    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CB       0.224    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 48 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 17 CG1      0.216    2.964
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 OG       0.212    2.988
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         0.209    2.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB        0.209    2.991
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 73 O        0.207    2.273
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     0.204    2.756
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CB      0.203    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CE1      0.196    3.004
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 73 O       0.194    2.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CB       0.194    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       0.192    3.133
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CB       0.190    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 CZ        0.190    3.135
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 73 O        0.189    2.291
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CD     0.189    3.136
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HD2       0.187    2.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         0.184    2.996
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CD      0.184    3.141
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 HD2      0.183    2.297
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       0.182    3.143
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CB       0.180    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 73 O       0.180    2.300
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB        0.179    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O         0.177    2.303
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O         0.175    2.305
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB        0.174    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 NH1       0.173    3.077
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CG      0.173    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      0.172    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB        0.172    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         0.171    3.009
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O         0.169    2.311
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB        0.168    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        0.167    3.013
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      0.166    3.084
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     0.165    3.160
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 CE1       0.164    3.036
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 73 O        0.164    2.316
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     0.163    2.477
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 39 O       0.163    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      0.160    2.465
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CB      0.159    3.041
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 24 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 252 OD1    0.158    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      0.157    3.023
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    0.157    3.243
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     0.157    3.023
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O         0.157    2.323
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     0.157    2.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      0.155    3.170
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       0.154    2.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 39 O        0.154    2.326
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    0.151    2.489
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      0.151    3.099
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CB     0.151    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       0.151    2.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     0.149    3.176
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 38 O         0.148    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 CZ        0.148    3.177
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 CB      0.146    3.034
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 O        0.141    2.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE1    0.140    3.040
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O         0.139    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 39 O        0.137    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 CB       0.137    3.188
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CG      0.136    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 CG2      0.135    3.190
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         0.133    2.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      0.132    3.193
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O         0.129    2.351
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA        0.127    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 NH1     0.125    2.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1      0.122    3.058
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      0.122    2.503
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       0.121    3.204
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 O        0.120    2.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 CG2      0.120    3.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     0.117    3.063
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      0.116    2.509
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     0.115    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      0.115    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CG      0.115    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       0.115    3.210
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     0.114    3.211
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O         0.114    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       0.113    2.512
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HD2       0.112    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       0.112    2.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    0.111    3.229
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       0.110    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CD1     0.108    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 NH1      0.108    2.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HD1     0.106    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O         0.106    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 O       0.106    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 SD       0.105    3.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      0.105    2.520
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         0.105    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       0.105    3.075
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      0.105    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     0.104    3.221
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      0.102    3.223
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O         0.101    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       0.100    2.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD1      0.100    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CG1     0.100    3.300
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 88 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 32 OD1     0.099    3.081
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HE1    0.099    2.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      0.098    3.227
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    0.098    3.302
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      0.097    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HD2      0.095    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        0.095    3.105
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      0.095    3.085
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 NE2       0.094    3.231
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       0.089    3.236
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         0.088    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CB     0.087    3.093
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    0.084    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      0.084    3.166
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 CB      0.083    3.097
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O         0.083    2.397
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     0.082    3.098
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 NH1     0.080    3.170
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O         0.079    3.101
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 O        0.077    3.103
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 CD1     0.076    3.324
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         0.076    3.104
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O         0.074    3.106
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HD2       0.074    2.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     0.073    3.267
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 40 O         0.070    2.890
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         0.068    2.412
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      0.068    2.632
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         0.067    2.413
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2      0.067    2.633
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         0.067    3.113
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 73 O        0.067    3.113
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CG1     0.065    3.260
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 HD2     0.064    2.416
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 O        0.064    2.416
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 HD2     0.063    2.417
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       0.062    3.338
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       0.062    3.263
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     0.061    3.264
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       0.061    3.119
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HD2     0.060    2.420
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    0.058    2.567
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    0.057    3.343
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 73 O       0.057    3.123
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 86 O       0.057    2.423
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O         0.055    3.125
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 HH       0.053    2.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CG       0.053    3.287
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      0.052    3.273
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 13 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 32 OD1      0.052    3.128
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      0.050    2.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE1      0.050    3.130
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA        0.050    2.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 CB      0.049    2.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 NH1       0.049    2.576
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 38 O         0.049    2.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE        0.048    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 73 O        0.048    3.132
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 CD2       0.047    3.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 97 HD1       0.047    1.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 CD     0.046    2.654
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        0.046    3.134
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 O        0.046    3.134
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O         0.046    2.434
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       0.045    3.135
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 73 O       0.045    3.135
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CD        0.045    3.155
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     0.045    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CD        0.045    3.155
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NE       0.044    3.206
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         0.044    3.136
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     0.043    3.157
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       0.042    3.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 39 O       0.042    3.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 38 O         0.042    3.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        0.042    3.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      0.040    3.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O         0.039    3.141
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         0.039    3.141
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     0.039    3.141
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 OD1     0.038    2.442
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       0.038    3.142
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 C        0.038    2.662
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      0.038    3.142
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      0.038    3.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 92 CD2     0.036    3.364
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       0.036    3.214
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O         0.036    3.144
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 85 C         0.034    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       0.034    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      0.033    3.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 92 CD2      0.032    3.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       0.032    3.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CD       0.030    3.170
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 C         0.030    2.670
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 OD2      0.030    2.450
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 92 CD2      0.029    3.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HD2      0.029    2.451
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    0.029    2.451
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 CG       0.029    3.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      0.029    3.151
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 23 O        0.028    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CB      0.027    3.173
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 C         0.027    2.673
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 272 OE1     0.026    2.934
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 CB       0.026    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 73 O        0.025    3.155
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 92 CD2     0.025    3.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CD      0.024    3.176
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CD       0.024    3.176
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 115 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 211 HA     0.023    2.602
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     0.023    2.602
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1       0.023    3.157
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      0.022    3.178
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 24 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     0.022    2.603
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 CB        0.022    2.678
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        0.022    3.178
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         0.022    2.458
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     0.022    3.378
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CD2      0.022    3.158
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O         0.021    3.159
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CZ       0.021    3.304
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 HB2     0.021    2.459
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     0.021    3.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     0.020    2.605
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 CD       0.020    2.680
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      0.019    3.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       0.019    3.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CD        0.019    3.181
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HD1      0.018    2.462
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 C         0.017    2.683
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CD       0.017    3.183
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       0.017    3.308
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 86 O       0.017    3.163
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 C       0.017    2.683
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2      0.016    3.309
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     0.016    3.309
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HD2       0.015    2.485
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 96 CD1      0.015    3.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 92 CD2      0.014    3.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 C         0.014    2.686
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HB3    0.013    2.487
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 NH1      0.013    3.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CG       0.012    3.388
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     0.012    3.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 O       0.012    3.168
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 HE2       0.012    2.613
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       0.011    2.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE        0.011    3.389
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       0.010    3.170
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HB2    0.009    2.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NE        0.008    3.242
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CD      0.007    2.693
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 50 HA      0.007    2.493
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HG       0.007    2.618
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 HA      0.006    2.619
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     0.004    3.396
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       0.004    3.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       0.004    3.176
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CD        0.003    3.197
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       0.003    2.477
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HD2     0.003    2.497
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 N        0.002    2.623
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         0.002    2.478
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 16 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 252 CG     0.002    2.698
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     0.001    2.699
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 92 CD2       0.001    3.399
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 NE2       0.001    3.324
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    0.000    2.700
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 CG2     0.000    2.700
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CD2       0.000    3.180
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 265 O      -0.001    3.181
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CD      -0.001    3.201
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HD2      -0.003    2.503
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O         -0.003    3.183
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 C        -0.003    2.703
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 HG22     -0.004    2.629
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HD2       -0.004    2.504
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 OD2      -0.005    3.185
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 CZ        -0.005    3.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.005    3.405
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CG      -0.005    3.185
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HD2       -0.006    2.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CD1    -0.006    3.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       -0.008    2.633
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HD12    -0.009    2.489
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CD        -0.009    3.209
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CE2     -0.009    3.409
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CB      -0.010    3.190
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C HIS 113 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 211 OD1    -0.011    2.491
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.012    3.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HD2       -0.012    2.512
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 HH       -0.013    2.013
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 HD2      -0.013    2.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 OD1     -0.013    2.493
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 CG      -0.013    2.713
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.015    2.715
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH11      -0.015    2.640
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 40 HG13    -0.016    2.496
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 HE1     -0.016    2.496
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.020    3.420
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD2     -0.020    2.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.021    2.521
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.021    2.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 80 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 O       -0.021    2.501
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.022    2.647
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE2      -0.022    3.202
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O         -0.022    3.202
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE2      -0.023    3.423
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HD2       -0.023    2.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.024    3.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 OD2     -0.024    3.204
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11      -0.024    2.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB        -0.024    3.204
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 CA      -0.024    3.204
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CD2       -0.025    3.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.025    3.225
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CB      -0.026    3.206
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     -0.026    2.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HG2     -0.026    2.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 CD2       -0.026    3.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE2     -0.026    3.206
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 108 HG23   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 OH      -0.026    2.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     -0.026    2.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 38 O         -0.027    2.507
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 42 HD3       -0.027    2.507
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.027    2.507
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1       -0.028    2.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HD12      -0.028    2.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        -0.028    2.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 24 HA       -0.028    2.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.028    3.278
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 96 CD1     -0.029    3.429
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HD2      -0.029    2.529
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.029    2.654
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.030    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.030    2.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         -0.030    3.210
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      -0.030    2.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    -0.032    2.732
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.033    2.658
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1      -0.033    2.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HB3     -0.033    2.658
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HZ       -0.033    2.033
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB        -0.034    3.214
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD1      -0.034    2.734
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE1    -0.034    3.434
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CE1    -0.035    3.235
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 CD      -0.035    3.215
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 HB3    -0.035    2.660
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      -0.035    3.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HD12      -0.035    2.515
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.036    3.216
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 HB3      -0.036    2.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HE21     -0.036    2.661
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CB     -0.036    3.216
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      -0.036    2.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 HG3     -0.036    2.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.036    2.661
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 HD12      -0.036    2.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HB3     -0.037    2.537
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.037    2.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 O         -0.037    2.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.037    3.217
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HG3     -0.038    2.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CG1     -0.038    3.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.038    3.218
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 HD12    -0.039    2.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.039    3.219
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 CE      -0.039    3.364
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 13 HD11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ASP 32 OD1      -0.039    2.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CD       -0.039    2.739
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CD       -0.040    3.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O         -0.040    3.220
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CZ     -0.040    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.041    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 77 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.041    2.521
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB3      -0.042    2.522
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HA      -0.042    2.522
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CD     -0.042    2.742
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 CG2      -0.042    2.742
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.042    2.667
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CB      -0.042    3.222
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 34 HB      -0.043    2.668
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.043    3.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      -0.043    3.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.044    3.294
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HG23   -0.045    2.670
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 108 HG23   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.045    2.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 HH22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.046    2.746
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 41 HD12      -0.046    2.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB3     -0.046    2.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     -0.046    2.671
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.047    3.227
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HD12      -0.047    2.527
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.048    2.748
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.048    2.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 16 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD1     -0.048    2.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.049    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3       -0.050    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD       -0.050    2.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB3       -0.050    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.050    2.690
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CD      -0.050    3.230
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      -0.050    2.675
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 HE3    -0.051    2.676
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     -0.051    2.676
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 CD2       -0.052    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PRO 42 HD3       -0.052    2.532
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PRO 120 HA      -0.052    2.532
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 HA2      -0.052    2.677
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CZ      -0.052    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 50 HA       -0.052    2.552
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.053    3.233
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 HG22     -0.053    2.678
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 23 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     -0.054    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 HA3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 425 O        -0.054    2.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CE1     -0.054    2.754
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.054    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3       -0.055    2.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.055    2.535
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB3      -0.055    2.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.055    2.680
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE2      -0.055    3.235
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CD2      -0.056    3.236
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D VAL 253 HG23     -0.056    2.681
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3       -0.056    2.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 HD2      -0.056    2.756
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 HD12     -0.056    2.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB3      -0.056    2.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HD3      -0.056    2.681
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3      -0.057    2.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       -0.057    2.537
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.057    2.537
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.058    2.798
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.059    3.259
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.060    2.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CB       -0.060    3.240
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.060    2.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CB     -0.060    2.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 18 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.061    2.761
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.061    3.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB        -0.061    3.241
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 HB3     -0.061    2.541
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.061    3.311
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     -0.061    3.401
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 50 HA       -0.062    2.562
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      -0.062    3.387
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.062    3.387
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       -0.062    3.462
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.063    3.243
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 HA2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.064    2.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 O        -0.064    2.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HE1      -0.064    2.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 CE2    -0.064    3.464
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HA      -0.065    2.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.065    3.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 252 CG     -0.065    3.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 76 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CG      -0.065    2.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.065    2.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       -0.065    2.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 HE2      -0.065    2.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.066    2.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.066    2.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 270 NE2      -0.067    2.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG13    -0.067    2.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      -0.067    2.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE1     -0.067    3.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 CE2     -0.067    3.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HB2      -0.068    2.693
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 103 OH     -0.068    2.568
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 CG      -0.068    3.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB        -0.068    3.248
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CD2     -0.068    3.248
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      -0.068    3.248
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 272 CD      -0.068    3.248
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.068    2.693
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB2      -0.069    2.549
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    -0.069    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.069    2.549
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.069    2.769
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       -0.070    3.250
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.070    3.250
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 85 C       -0.070    2.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 NZ      -0.070    3.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     -0.070    2.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.070    2.695
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.071    3.411
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2      -0.071    2.551
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 HB3     -0.072    2.552
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLN 46 NE2      -0.072    3.397
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 HA        -0.072    2.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 OE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 HD11      -0.072    2.552
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 68 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASN 259 H       -0.073    2.698
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE1      -0.073    3.253
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 36 HD22     -0.073    2.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       -0.073    2.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     -0.073    2.698
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CG       -0.073    3.473
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       -0.073    3.398
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.074    2.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.074    3.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       -0.074    3.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.075    3.400
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 HA2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 O        -0.075    2.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CD2    -0.076    3.256
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HB3     -0.076    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.076    3.401
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.076    2.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 HG2      -0.077    2.702
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 HE2      -0.077    2.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3       -0.077    2.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB3       -0.077    2.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB        -0.077    2.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ILE 105 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CD2     -0.077    3.257
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 73 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.077    3.477
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.077    2.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.078    2.703
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CD     -0.078    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.078    2.778
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      -0.078    3.403
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HD2       -0.079    2.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.080    2.580
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.080    2.780
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CD1     -0.080    3.260
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 C         -0.080    2.780
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 84 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 HD13     -0.080    2.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.081    2.781
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      -0.081    2.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 HG3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.081    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 HB3      -0.081    2.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2       -0.083    2.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HD3    -0.083    2.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HB3      -0.083    2.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HD2    -0.083    2.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 84 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 CD1      -0.083    3.408
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 OG        -0.084    2.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD1      -0.084    3.409
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CA       -0.084    3.264
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE1    -0.085    2.785
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1       -0.085    2.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 CD1    -0.085    3.485
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       -0.085    2.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 48 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 17 HG12     -0.086    2.566
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE1      -0.086    2.566
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.086    2.711
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 114 HD23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 302 OD2      -0.087    2.567
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.087    3.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB        -0.087    3.267
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.088    3.268
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CG      -0.088    3.288
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 HD2     -0.088    2.588
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.088    2.728
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 O        -0.088    3.268
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.088    2.713
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 CE      -0.089    2.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.089    2.569
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      -0.089    3.414
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ        -0.089    2.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      -0.089    2.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CE2      -0.089    3.489
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HG       -0.090    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.090    3.270
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 112 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 NH1     -0.090    2.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 HA2      -0.090    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PRO 42 HD3       -0.091    2.571
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB3       -0.091    2.591
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB        -0.091    2.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       -0.092    3.272
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 C         -0.092    2.792
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 HB3     -0.092    2.592
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB       -0.092    3.417
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.092    3.492
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 92 CD2       -0.092    2.792
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CD      -0.093    3.273
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CG       -0.093    2.793
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH2       -0.093    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 114 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 302 CG       -0.094    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CG       -0.094    3.419
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CD2       -0.094    3.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CB       -0.094    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.094    3.419
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 C         -0.094    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 41 CD1       -0.094    3.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB1       -0.094    2.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.095    2.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE2      -0.095    2.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 HA3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.095    2.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 HB3      -0.095    2.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.096    3.421
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 38 O         -0.096    3.276
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HE2     -0.096    2.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CG       -0.097    3.422
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 O       -0.097    3.277
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.097    2.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 CG      -0.097    3.277
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.097    3.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 HB1     -0.098    2.578
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 HB3     -0.098    2.598
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.098    2.818
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3       -0.098    2.798
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.098    2.798
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 C         -0.098    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 85 C        -0.099    2.799
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.100    2.580
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE2    -0.100    2.725
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.100    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 OG1      -0.100    3.300
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB        -0.100    3.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 96 CD1      -0.101    2.801
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 OD1     -0.102    3.282
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CG       -0.102    3.502
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.102    2.802
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1       -0.103    2.683
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG12    -0.103    2.803
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1       -0.104    3.284
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH       -0.104    2.604
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HH11   -0.104    2.104
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 HH11     -0.104    2.104
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD        -0.104    3.504
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 107 CD     -0.104    2.804
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HB3     -0.105    2.585
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 49 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB3      -0.105    2.585
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 O        -0.105    3.285
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 ND1      -0.105    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 HB3      -0.105    2.730
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1       -0.105    2.805
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 HD12     -0.105    2.585
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         -0.106    3.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 93 OD1      -0.106    2.686
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.106    2.806
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CB      -0.106    3.306
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.106    3.588
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CB      -0.106    3.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.106    3.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 93 OD1      -0.107    2.687
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    -0.107    2.107
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 86 O         -0.107    2.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE2      -0.108    3.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ASP 93 OD1     -0.108    2.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.109    3.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HD1     -0.109    2.809
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.110    3.290
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CG     -0.111    3.291
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE2       -0.111    3.291
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HD2       -0.111    2.591
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 HE1     -0.112    2.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.112    3.312
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE2       -0.112    2.592
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.112    2.812
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB        -0.113    3.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.114    3.439
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       -0.114    3.439
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 HG23    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH       -0.114    2.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 C         -0.114    3.294
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HD1     -0.114    2.814
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASP 112 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D GLU 212 OE1    -0.114    3.074
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3       -0.114    2.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CE2     -0.115    2.815
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 HA        -0.115    2.615
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE2     -0.115    2.595
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.116    2.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CE2      -0.116    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.116    3.441
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 HH11     -0.117    2.742
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 421 HA       -0.117    2.117
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 HD2      -0.117    2.117
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 C         -0.117    2.817
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CB     -0.117    3.297
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 CD       -0.118    3.443
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 77 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.118    3.298
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O         -0.118    3.298
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 CG      -0.119    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CG        -0.119    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.119    3.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.119    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 CB     -0.120    2.820
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.120    2.120
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CB       -0.121    3.301
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HH21    -0.121    2.121
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 108 HG23   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.121    2.621
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11      -0.121    2.821
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.122    3.447
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 HE2       -0.122    2.122
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 262 CD2    -0.123    2.823
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.123    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.124    3.449
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 O      -0.124    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     -0.124    3.524
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2       -0.124    2.824
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 75 HD11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.125    2.825
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    -0.125    3.305
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.125    3.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE2    -0.125    2.125
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      -0.126    2.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ILE 105 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CD2      -0.126    3.306
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 96 CD1     -0.126    2.826
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.126    2.606
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 HD21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CD1      -0.127    2.827
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 60 HD3     -0.127    2.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HH21     -0.128    2.128
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 262 CD2    -0.128    3.453
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 CE       -0.128    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HH21     -0.128    2.128
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         -0.128    2.608
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE1    -0.128    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.128    3.308
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 CD       -0.128    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD        -0.128    3.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.129    2.609
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 265 O      -0.129    2.849
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 CB      -0.129    3.454
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HD2     -0.129    2.829
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CB       -0.129    2.829
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB2      -0.129    2.629
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 CA        -0.129    2.829
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.130    2.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     -0.130    2.855
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       -0.130    3.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB        -0.131    2.831
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HH      -0.131    2.131
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB        -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CB      -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG22     -0.132    2.757
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE1    -0.133    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 38 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 118 HG3     -0.133    2.613
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.133    2.133
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 HA        -0.133    2.633
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.133    3.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CB       -0.133    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 HB2       -0.133    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CD2      -0.133    3.533
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.133    3.458
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.134    3.314
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.134    3.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 38 O         -0.134    3.314
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ        -0.134    3.459
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 CD      -0.134    2.834
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CB      -0.134    2.834
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.134    3.459
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 53 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 HD2     -0.135    2.135
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.135    2.835
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CB        -0.135    2.835
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.135    3.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.135    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.136    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.136    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CB      -0.136    3.316
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 OH       -0.136    3.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 CB       -0.136    3.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.138    2.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.138    3.538
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.138    2.838
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 HB3       -0.139    2.139
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CE2      -0.139    2.839
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.139    2.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     -0.139    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB        -0.140    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.140    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O        -0.140    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.140    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.140    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 C         -0.140    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ASP 302 OD2      -0.140    3.320
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       -0.140    2.620
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    -0.141    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.141    3.541
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CD2     -0.141    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CD       -0.141    3.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 108 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.142    3.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 HG23     -0.142    2.142
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB        -0.142    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.142    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NE        -0.143    3.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 65 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.143    2.768
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HB3     -0.143    2.623
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 HD12     -0.144    2.624
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.144    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 SD      -0.144    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.144    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NE        -0.145    3.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CD      -0.145    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.145    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CB      -0.145    3.470
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 HA       -0.145    2.645
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.146    2.146
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CG       -0.146    3.326
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     -0.146    2.771
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 CG2      -0.146    3.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HD11      -0.146    2.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 38 O         -0.147    3.327
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLU 255 CD       -0.147    3.472
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 24 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     -0.147    3.397
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CD2     -0.147    3.327
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE        -0.147    2.847
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 97 ND1       -0.147    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.148    3.328
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 34 HB      -0.148    2.148
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 C       -0.148    3.548
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CG       -0.148    3.328
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A THR 85 C         -0.148    3.548
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.149    3.549
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 HB2     -0.149    2.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.149    2.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       -0.149    2.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CA     -0.149    3.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HD11      -0.149    2.629
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB3      -0.150    2.150
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HH21    -0.150    2.150
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.150    3.400
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1       -0.150    3.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.150    2.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HE      -0.150    2.150
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH1       -0.150    2.855
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 CE      -0.150    3.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HE2     -0.151    2.151
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CB      -0.151    3.331
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 O        -0.151    2.631
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE       -0.151    2.851
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HE1      -0.152    2.632
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CZ     -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 85 O         -0.152    3.332
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.152    2.632
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CD2     -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CB        -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 86 O         -0.153    3.333
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CE1     -0.153    3.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O         -0.153    3.113
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NH2      -0.153    2.778
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       -0.153    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.153    3.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.153    3.493
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE1      -0.153    2.633
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HE1     -0.153    2.153
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.154    2.654
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 HB1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CZ      -0.154    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CD1     -0.154    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.155    2.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 HB1      -0.155    2.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HB3    -0.155    2.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.155    3.480
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 93 OD1      -0.155    2.735
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE2    -0.156    2.856
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 OH      -0.156    3.356
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE2      -0.156    3.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 C        -0.157    2.857
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE1      -0.157    2.857
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HA       -0.157    2.857
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 HD2      -0.157    2.857
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CG2      -0.157    3.557
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.158    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.158    3.483
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HE2     -0.158    2.783
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 HB2       -0.159    2.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE1    -0.159    2.159
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.159    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HD1      -0.159    2.159
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HG12      -0.159    2.859
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 CZ      -0.160    2.860
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 260 OD2    -0.160    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 CG2      -0.160    2.860
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 N        -0.160    3.410
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 HD2      -0.160    2.860
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.160    3.485
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 HA        -0.160    2.160
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.161    3.643
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 NE2       -0.161    2.786
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.161    3.411
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 HH22      -0.161    2.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HB3    -0.161    2.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 CD      -0.162    3.562
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE1    -0.162    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CZ      -0.162    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 C         -0.162    3.562
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HB3      -0.163    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HG12      -0.163    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.163    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HB2     -0.163    2.663
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.163    3.563
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 CD1    -0.163    3.563
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CG      -0.164    3.364
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HG12      -0.164    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 C       -0.164    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 CG      -0.165    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HZ       -0.165    2.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 HH21      -0.165    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CG      -0.165    3.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.165    2.645
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 CE2     -0.165    3.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG12    -0.165    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.165    3.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 NE       -0.165    2.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 69 HG       -0.166    2.866
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HB3     -0.166    2.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CE1     -0.166    2.866
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 OE1    -0.166    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.167    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CD2     -0.167    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 HD21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 HD12     -0.167    2.167
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 104 OD1      -0.168    2.873
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HG12    -0.168    2.868
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD        -0.169    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HD2     -0.169    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 C         -0.169    3.569
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 HD2     -0.169    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 CB       -0.170    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CE2     -0.170    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.170    3.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2       -0.170    3.570
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CG      -0.170    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NE      -0.170    2.895
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 18 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.171    3.571
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    -0.171    3.511
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HE3       -0.171    2.171
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CG      -0.171    3.571
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 CG      -0.172    3.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.172    3.572
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE2      -0.172    2.652
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.172    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HD2     -0.172    2.872
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 HG12    -0.172    2.872
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 CE2       -0.173    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 HB2    -0.173    2.813
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NE        -0.173    2.898
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HG23   -0.173    2.173
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HD3      -0.173    2.173
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 24 HG3     -0.173    2.173
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 115 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 212 OE1     -0.173    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 CG2     -0.173    3.573
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CZ     -0.173    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.174    2.654
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.174    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.174    2.674
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.174    3.499
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 HD2     -0.174    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 HD2     -0.174    2.174
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD       -0.175    3.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 CG        -0.175    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE1     -0.175    2.875
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.176    3.576
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CZ       -0.176    2.876
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ILE 261 CD1     -0.176    3.501
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 HG        -0.177    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.177    2.177
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       -0.177    2.882
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CD2    -0.177    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE        -0.178    3.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 CG     -0.178    3.503
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.179    2.179
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 C        -0.179    3.504
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.179    3.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CD2      -0.179    2.879
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 N       -0.179    3.429
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HA       -0.179    2.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 HG3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 OD2      -0.180    2.660
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CE2      -0.180    2.880
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.180    2.880
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CG       -0.180    2.880
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.180    3.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CD2      -0.180    2.880
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLU 255 OE2      -0.180    2.885
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 HG12      -0.181    2.881
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CG       -0.181    3.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 HG22     -0.181    2.181
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 HB2      -0.181    2.881
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.182    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     -0.182    2.807
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.182    2.182
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.182    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B MET 353 SD     -0.182    3.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.183    3.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 HH11    -0.183    2.183
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.183    3.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE1    -0.183    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 HE3      -0.183    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 HA        -0.184    2.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 HB2      -0.184    2.809
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 92 CD2     -0.184    2.884
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CZ      -0.184    2.884
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CZ     -0.184    2.884
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 HD11    -0.184    2.884
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 HA        -0.184    2.184
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HA       -0.184    2.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O         -0.185    2.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 HA       -0.185    2.885
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CB      -0.185    2.885
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.186    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD2      -0.186    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 HB1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HZ      -0.187    2.187
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG22     -0.187    2.187
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.187    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 97 HE1       -0.187    2.187
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     -0.187    3.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HD2      -0.188    2.188
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 93 OD1       -0.188    2.768
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 CD1     -0.188    3.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.188    2.888
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.188    2.888
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.188    2.188
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     -0.188    2.888
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 CD1     -0.189    3.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       -0.189    3.514
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 CA        -0.189    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HG12      -0.189    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.190    3.515
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.190    2.670
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NE       -0.190    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 120 CD      -0.190    2.890
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH11     -0.190    2.815
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      -0.190    3.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 N         -0.191    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE2     -0.191    2.896
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 CD       -0.191    3.591
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.191    2.891
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CD1       -0.191    3.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 OG1      -0.192    2.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HB3     -0.192    2.672
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 HB3      -0.192    2.817
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CB       -0.192    3.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HB3       -0.192    2.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HB2      -0.192    2.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 OD1     -0.192    3.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.192    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.193    2.818
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD2      -0.193    2.893
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.193    3.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE2      -0.193    2.898
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11      -0.193    2.193
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.193    2.893
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HG2     -0.193    2.893
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.194    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.194    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 CD1      -0.194    3.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.194    2.899
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.194    2.899
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.195    3.520
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 N         -0.195    2.820
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 CD1      -0.196    3.376
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.196    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD2      -0.196    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD2      -0.196    3.376
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.196    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 CE      -0.196    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.196    3.521
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 OD1     -0.196    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NE        -0.196    2.921
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HD2       -0.196    2.896
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 HG        -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CD2      -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 SD      -0.197    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HD2       -0.197    2.197
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2       -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 OD2     -0.197    3.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.198    2.898
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG22     -0.198    2.198
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 OE1    -0.198    2.278
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 38 O         -0.198    3.378
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.199    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 HH       -0.199    2.199
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 HD2      -0.199    2.899
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE1       -0.199    2.779
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 HB3    -0.199    2.899
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CZ      -0.199    3.599
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.199    2.904
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HZ       -0.200    2.200
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB2       -0.200    2.700
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 50 HA      -0.200    2.700
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE2      -0.200    3.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.201    3.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH12      -0.201    2.201
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 O         -0.201    3.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 HG       -0.202    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 CB     -0.202    3.527
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.202    2.907
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2      -0.202    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 HB3      -0.202    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 HB3      -0.203    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HB3       -0.203    2.203
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 C         -0.203    2.903
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HG3      -0.203    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HA     -0.203    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CD     -0.203    2.903
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HB3      -0.203    2.203
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 CE2       -0.203    2.903
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.204    3.529
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.204    2.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CB        -0.204    3.604
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CE1     -0.204    3.384
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 CB      -0.204    3.384
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 65 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.205    3.455
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NH2     -0.206    2.831
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.206    2.686
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       -0.206    2.911
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 24 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 252 OD1    -0.206    2.911
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD1    -0.206    2.906
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 C        -0.207    3.607
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2       -0.207    2.907
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.207    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 O        -0.207    3.387
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 CG2      -0.207    2.907
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 CD     -0.208    3.533
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.208    3.388
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 HZ      -0.208    2.208
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 O       -0.208    2.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     -0.208    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CZ      -0.208    2.908
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 O         -0.208    2.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 CB       -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CZ       -0.209    3.609
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 CE       -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PHE 416 HE1      -0.209    2.209
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ARG 24 HG3     -0.209    2.834
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 CG       -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HE1    -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE2    -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CD2      -0.209    2.909
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 C        -0.210    3.535
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 69 HG      -0.210    2.910
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 ND1      -0.210    2.930
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 69 HG      -0.210    2.910
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 O        -0.210    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.210    3.535
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.210    3.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 121 HE2     -0.211    2.211
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.211    2.211
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 CD1       -0.211    3.391
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 121 HE2     -0.211    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CG       -0.211    3.611
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HD2       -0.211    2.211
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 HB2       -0.212    2.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 HG        -0.212    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HB3     -0.212    2.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 CZ        -0.212    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 115 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 211 CA     -0.212    3.537
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 HD2      -0.212    2.212
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE2    -0.212    2.917
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.213    2.913
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.213    3.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.213    2.913
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 HB2     -0.213    2.713
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.213    2.213
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 ND1     -0.214    3.539
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE2      -0.214    3.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     -0.215    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CB       -0.215    3.615
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HD11   -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.215    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CG       -0.215    3.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 HB1     -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.215    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.216    3.616
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 NH2       -0.216    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HD2     -0.216    2.216
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 C       -0.216    3.541
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB        -0.216    2.916
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB3       -0.217    2.217
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 NH2      -0.217    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.217    3.617
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2       -0.217    2.697
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 CD        -0.217    3.617
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.218    2.918
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 CB      -0.218    2.918
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CE1     -0.219    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.219    2.699
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG23     -0.219    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.219    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.219    2.924
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 CA       -0.219    3.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B MET 353 SD      -0.219    3.226
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CD2     -0.219    3.399
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.219    2.859
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D VAL 253 CG2      -0.219    3.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.219    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HE3       -0.220    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.220    3.620
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.220    3.620
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 CD2       -0.220    2.920
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.220    2.920
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 CD1       -0.221    3.401
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 CG     -0.221    2.921
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG23    -0.221    2.221
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG21     -0.221    2.846
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE2      -0.221    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 CB       -0.221    2.921
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 HE22     -0.221    2.921
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ASN 120 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.222    3.402
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB2       -0.222    2.722
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.222    3.422
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 83 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH21    -0.222    2.922
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CD1       -0.223    3.403
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 NE       -0.223    2.848
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG22     -0.223    2.848
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CD        -0.223    2.923
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CZ      -0.223    3.548
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 111 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 107 CD      -0.223    2.923
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CG       -0.223    2.923
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.223    2.928
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.224    3.624
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HD11      -0.224    2.704
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2       -0.224    2.924
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 NH2       -0.224    3.549
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH2      -0.224    3.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 HG12     -0.224    2.924
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 24 CA       -0.225    3.405
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 65 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.225    2.850
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 SD       -0.225    3.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 C         -0.225    3.625
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 CB     -0.225    2.925
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HD1     -0.225    2.325
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE1    -0.225    3.625
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.225    2.925
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CZ       -0.225    3.625
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.226    3.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.226    3.186
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE2      -0.226    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CE        -0.226    3.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.226    2.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.227    2.307
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CE1     -0.227    3.627
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 84 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE2     -0.227    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 115 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 211 OD1    -0.227    2.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 O         -0.227    2.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.228    3.408
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CB       -0.228    3.628
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH1      -0.228    2.933
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 CB        -0.228    3.628
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 100 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 60 HD3     -0.228    2.228
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      -0.228    3.628
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HG2      -0.228    2.928
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HD2       -0.228    2.928
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 CZ      -0.229    3.554
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD        -0.229    3.629
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 CA      -0.229    3.554
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 H        -0.229    2.309
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.229    3.011
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HE2    -0.229    2.229
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 HG        -0.230    2.930
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.230    3.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 CA      -0.230    3.410
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 85 O        -0.230    2.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 HG2      -0.230    2.930
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.231    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 50 CA      -0.231    3.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CZ       -0.231    3.631
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 CB       -0.231    3.411
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 92 HD22    -0.232    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 O        -0.232    2.937
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 108 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 OH      -0.233    3.433
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ILE 75 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 262 CD1     -0.233    2.933
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ILE 261 HD12    -0.233    2.858
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 36 CD2      -0.233    3.413
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HH      -0.233    2.933
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NE      -0.234    2.859
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH1      -0.234    2.859
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HD11   -0.234    2.934
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 50 HA        -0.234    2.734
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.234    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 HB3     -0.234    2.234
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH12     -0.235    2.235
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 62 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HG12    -0.235    2.935
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB        -0.235    2.935
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH2      -0.235    3.560
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 CG2      -0.235    3.560
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CB       -0.236    3.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 24 HG12     -0.236    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA        -0.236    2.236
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 HD2      -0.236    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CG       -0.236    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB3      -0.236    2.236
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CZ     -0.236    3.416
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 CD        -0.237    3.637
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG       -0.237    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HH21      -0.237    2.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HD3     -0.237    2.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 HD2      -0.237    2.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 34 CB      -0.237    3.562
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      -0.237    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 HB3     -0.238    2.238
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HD1     -0.238    2.338
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 CB        -0.238    3.438
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.238    3.563
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE1      -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CD2       -0.238    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 HB1      -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 CB        -0.238    3.638
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C HIS 113 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 211 OD1    -0.238    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 ND1     -0.238    3.563
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HB3     -0.239    2.239
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HG        -0.239    2.239
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLN 17 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 CG      -0.239    3.419
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.239    2.944
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      -0.239    3.639
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 NE2       -0.239    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG12    -0.240    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 HD2      -0.240    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 108 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A TYR 103 OH       -0.240    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 OD2     -0.240    2.320
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3       -0.240    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 302 HB2      -0.241    2.241
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.241    2.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 CG      -0.242    3.567
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CD      -0.242    2.942
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.242    3.642
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.242    3.422
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 C         -0.242    3.642
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH1      -0.242    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH12      -0.243    2.868
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12      -0.243    2.323
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        -0.243    2.948
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 114 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ASP 302 CG       -0.244    2.944
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 C         -0.244    3.644
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH2      -0.244    3.569
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.244    2.944
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 HD12     -0.244    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 21 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HD2     -0.244    2.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.244    2.949
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 HB1      -0.244    2.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 CD      -0.244    3.644
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE2     -0.244    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 O         -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE1     -0.245    2.325
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 CZ      -0.245    3.645
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 CG        -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NE       -0.245    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.245    2.945
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 128 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 66 O        -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD2     -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.246    3.571
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 CA        -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CG      -0.246    3.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 93 OD1     -0.246    2.326
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ILE 105 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CD2       -0.246    3.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ASN 120 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 HE1      -0.246    2.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       -0.247    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    -0.247    3.427
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CB     -0.247    3.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CD        -0.247    3.647
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 23 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 NH1     -0.248    3.573
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB3     -0.248    2.248
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HG3      -0.248    2.948
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 OE1      -0.248    2.728
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2      -0.248    3.428
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.248    3.255
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 HB1      -0.248    2.728
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CD2      -0.249    3.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.249    3.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HG23   -0.249    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.249    3.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CB       -0.249    2.949
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 131 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 O        -0.250    2.955
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 92 CD2      -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 HG2      -0.250    2.875
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.250    3.650
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 69 HG       -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CG      -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 97 CE1       -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 CZ     -0.251    3.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1      -0.251    3.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 18 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.251    3.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 CB       -0.251    3.651
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 HD13    -0.251    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 CD       -0.251    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 HB2      -0.251    2.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     -0.252    2.952
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 HE1     -0.252    2.952
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 HA        -0.252    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 85 C       -0.252    3.652
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB2      -0.252    2.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB3      -0.252    2.952
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 OE1      -0.252    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CE1     -0.252    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 HG21     -0.252    2.952
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 OH      -0.252    2.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HB3    -0.253    2.733
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 HA      -0.253    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 HD2      -0.253    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.253    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB        -0.253    3.653
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE2      -0.253    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.253    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 ND1     -0.253    2.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 HG2     -0.254    2.879
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CG       -0.254    2.954
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.254    3.579
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HB3       -0.255    2.255
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HE21     -0.255    2.955
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.255    3.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A THR 85 O       -0.255    2.735
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.256    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CD      -0.256    3.656
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 103 OH     -0.256    3.456
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HD3     -0.256    2.881
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CD2     -0.256    3.656
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 C        -0.256    3.581
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 HB3       -0.256    2.256
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CZ       -0.256    2.956
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE1    -0.256    2.956
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HH11    -0.256    2.881
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.257    3.657
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HD13     -0.257    2.957
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CE1      -0.257    2.957
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.257    3.582
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.257    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE2      -0.257    2.257
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 OD2       -0.257    3.437
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A VAL 40 HG13     -0.257    2.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HD1      -0.257    2.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 O       -0.258    2.738
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.258    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      -0.258    3.658
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH2      -0.258    3.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 HG3      -0.258    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.258    3.658
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1       -0.258    2.738
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 OD2      -0.258    2.963
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NE       -0.259    2.984
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.259    2.259
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CG     -0.259    2.959
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 66 O        -0.259    3.439
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.259    2.884
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HZ1       -0.259    2.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA        -0.259    2.959
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 HE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 CG       -0.259    2.959
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CB      -0.259    3.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B MET 353 SD     -0.260    3.267
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 O        -0.260    2.340
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CZ       -0.260    2.960
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 425 O        -0.260    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HB3      -0.260    2.960
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLY 22 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 O        -0.260    3.440
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ        -0.260    3.660
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HG12      -0.260    2.960
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 NE2       -0.260    2.885
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 HG12     -0.261    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 OE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.261    3.441
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1       -0.261    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.261    2.966
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 73 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE2      -0.261    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.261    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH       -0.261    2.761
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A THR 85 C         -0.261    3.661
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.262    3.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 HG23     -0.262    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CD      -0.262    2.962
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH1     -0.262    3.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH1      -0.262    3.587
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 HE1    -0.262    2.262
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HE2     -0.263    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.263    3.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 CB       -0.263    3.588
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE1      -0.263    3.663
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.263    2.888
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 H       -0.263    2.343
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 HG1      -0.263    2.963
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.264    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CZ      -0.264    3.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 HE1    -0.264    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HG2      -0.264    2.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CD1    -0.264    2.964
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.264    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE1     -0.264    2.969
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.264    2.964
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 HE1      -0.264    2.264
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 CE      -0.265    3.665
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 HH       -0.265    2.890
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B MET 353 SD      -0.265    3.747
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 O         -0.265    3.445
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 CD      -0.265    2.965
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 CZ        -0.266    3.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.267    3.667
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 C        -0.267    2.967
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.267    2.967
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O         -0.267    2.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 CZ        -0.268    3.668
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 108 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.268    3.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.268    2.893
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.268    2.968
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 OD2     -0.268    2.348
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HE1    -0.268    2.268
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 CG      -0.268    3.448
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.268    3.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 73 O       -0.269    2.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C MET 57 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A THR 75 OG1       -0.269    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HZ       -0.269    2.969
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HG2       -0.269    2.749
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CB      -0.269    3.669
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.269    3.594
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.269    2.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.269    2.849
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 CZ        -0.269    2.969
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH1      -0.270    3.520
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 OD2     -0.270    2.350
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CB       -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 76 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CB      -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HA        -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 CD1       -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.271    3.671
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1      -0.271    2.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 OD1      -0.271    2.351
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 421 CA       -0.271    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB        -0.271    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 60 CD      -0.272    3.597
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 NZ      -0.272    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1      -0.272    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.272    3.672
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.272    2.972
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 120 OE1    -0.272    2.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 CE1    -0.272    3.597
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 50 CA       -0.272    3.472
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 HD1     -0.272    2.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE1       -0.272    2.972
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 36 HD12     -0.273    2.973
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.273    3.453
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 93 OD1       -0.273    2.853
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE2     -0.273    2.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 73 O        -0.273    2.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 68 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASN 259 N       -0.274    3.524
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 34 HG21     -0.274    2.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CB        -0.274    3.674
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.274    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CD     -0.274    2.974
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 CG        -0.274    3.599
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 HB2      -0.275    2.900
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HG13     -0.275    2.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 77 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 CD1       -0.275    3.600
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.275    3.455
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.275    2.975
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 OE1      -0.275    2.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2       -0.276    2.276
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB        -0.276    3.676
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.276    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CB      -0.276    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HD11      -0.276    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.276    2.756
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD2     -0.276    3.456
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 CE       -0.276    3.676
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.276    2.356
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 CB      -0.276    3.476
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HA     -0.276    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 HD11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.276    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 HB3      -0.277    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 HH21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.277    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A TYR 103 CE2      -0.277    3.677
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH2       -0.277    3.602
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 HE22    -0.277    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 265 HH12    -0.277    2.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 73 CE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CD1      -0.277    3.677
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.277    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.277    3.677
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.278    2.858
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 HD2       -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.278    2.758
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 111 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 107 OE1      -0.278    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 65 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.278    3.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PRO 42 CD        -0.278    3.458
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 C       -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 HB3       -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CB       -0.278    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.278    3.678
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 263 CE1     -0.279    2.979
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 HB1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD1      -0.279    2.979
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 85 C        -0.279    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 92 HD22     -0.279    2.979
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.279    2.984
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PRO 120 CA      -0.279    3.459
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HG23   -0.279    2.279
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 HZ      -0.279    2.279
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 59 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 CD1      -0.279    3.459
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.280    3.605
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HZ3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 92 CD2     -0.280    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 266 CE1     -0.280    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.280    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CG        -0.280    3.460
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.280    3.605
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 HH22     -0.280    2.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 41 HG12      -0.280    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 O        -0.281    3.461
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 93 OD1     -0.281    2.861
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE2       -0.281    2.361
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 53 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NE      -0.281    2.906
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 HB3      -0.281    2.981
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 78 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PRO 42 HD3      -0.281    2.761
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE2     -0.281    3.241
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 CE       -0.282    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1       -0.282    2.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE2       -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE2      -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 OE1       -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 CD        -0.282    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O         -0.282    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CD      -0.282    2.982
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 CB        -0.282    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 OD2     -0.282    2.987
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 CA       -0.283    3.608
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 38 O         -0.283    2.763
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A VAL 40 CG1     -0.283    3.463
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 H       -0.284    2.284
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 114 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 302 CG       -0.284    3.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 302 CB       -0.284    2.984
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 OE1     -0.284    3.464
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B MET 353 SD      -0.284    3.291
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CE2      -0.284    3.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 CD      -0.284    3.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 HB2      -0.284    2.284
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PRO 42 CD        -0.284    3.464
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.284    2.989
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.285    3.465
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 NE2     -0.285    2.910
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 100 CB       -0.285    3.685
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 HE22      -0.285    2.985
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 NH1      -0.285    3.610
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 CD        -0.285    3.685
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HH11   -0.285    2.910
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 211 HA      -0.285    2.285
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PRO 42 CD        -0.285    3.465
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 73 O         -0.285    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.286    3.611
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.286    2.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HG13    -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 CZ      -0.286    3.686
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 77 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 HD13      -0.286    2.911
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 HG12     -0.286    2.986
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NE       -0.286    3.011
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 OH      -0.287    2.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CB       -0.287    3.687
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 HH21     -0.287    2.287
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1       -0.287    2.987
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 111 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 107 OE1     -0.287    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 78 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A VAL 40 O         -0.287    3.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.288    2.988
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HG2     -0.288    2.988
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 96 CD1      -0.288    3.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD        -0.288    3.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CZ       -0.288    2.988
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.289    3.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 84 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 255 OE2     -0.289    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 HE22    -0.289    2.989
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C HIS 113 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D GLU 212 HB2    -0.289    2.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CB        -0.289    3.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 HB3      -0.289    2.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE1      -0.289    2.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 HB2     -0.289    2.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 65 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.289    2.914
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 O        -0.289    2.994
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.290    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 108 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A TYR 103 OH       -0.290    3.490
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.290    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 CD       -0.290    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 CD       -0.290    3.690
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.290    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 OE1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 90 CD1       -0.290    3.470
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.291    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 OE1      -0.291    2.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 CD2      -0.291    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NE      -0.291    3.016
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 73 O       -0.291    2.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 CB       -0.291    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 50 CA        -0.291    3.491
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLN 46 NE2      -0.292    2.917
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.292    3.617
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O         -0.292    2.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 O      -0.292    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.292    3.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE2    -0.292    2.992
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 73 O        -0.292    2.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CE1      -0.292    3.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 HB2      -0.292    2.292
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 128 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.292    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.292    2.917
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB1       -0.292    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HD13   -0.293    2.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 66 O       -0.293    2.373
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH1       -0.293    3.618
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 HE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 O        -0.293    2.373
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 HA        -0.293    2.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LEU 65 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH2     -0.293    3.543
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 OH      -0.294    3.494
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 73 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.294    3.694
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 NE2       -0.294    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    -0.294    3.034
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C MET 57 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 75 OG1      -0.294    3.494
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 HE22      -0.294    2.994
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.294    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 66 O         -0.294    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 50 CA       -0.295    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HD11      -0.295    2.995
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 HZ3       -0.295    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 HE2     -0.295    2.995
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 OD2    -0.295    3.475
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HZ1       -0.295    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASN 108 ND2      -0.295    3.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 CZ        -0.295    2.995
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B TYR 386 HE1     -0.295    2.995
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E VAL 36 HG22     -0.295    2.295
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 HH22      -0.295    2.995
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 OD2     -0.296    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.296    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 73 O        -0.296    2.376
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     -0.296    3.496
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 CA        -0.296    2.996
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CZ      -0.296    3.696
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 CD      -0.297    3.622
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 69 ND2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CD1      -0.297    3.622
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.298    2.998
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 CD        -0.298    3.698
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C MET 57 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A THR 75 OG1      -0.298    2.798
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 HB2      -0.298    2.298
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 OE1     -0.299    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 CG2    -0.299    3.624
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HE2    -0.299    2.999
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E MET 85 H         -0.299    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 HE22     -0.299    2.999
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 26 HB3     -0.299    2.999
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 CB       -0.299    2.999
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.299    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE1    -0.300    3.700
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 NE       -0.300    3.625
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.300    3.025
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      -0.300    3.625
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 C        -0.300    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 HB1      -0.300    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 111 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 107 OE1     -0.300    2.380
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.301    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.301    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 HE1       -0.301    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.301    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 114 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASP 302 OD2     -0.301    2.781
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 SD       -0.302    3.084
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.302    2.927
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG23    -0.302    3.002
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 HD2       -0.302    2.302
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11      -0.302    2.927
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 CB        -0.303    3.003
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 96 HB3       -0.303    2.303
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 HH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A THR 85 O         -0.303    2.783
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE1    -0.303    3.703
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 CB     -0.303    3.628
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 HB1     -0.303    3.003
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 78 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 37 O        -0.303    2.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1      -0.303    3.003
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 73 O         -0.303    2.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.303    3.703
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 HH11    -0.304    3.004
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 CE1       -0.304    3.704
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HE1    -0.304    2.304
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG12     -0.304    2.304
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.304    2.804
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 127 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 HG2      -0.304    2.304
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.304    3.004
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.304    3.704
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NE       -0.304    3.629
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CD        -0.305    3.005
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 HG3     -0.305    3.005
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 423 CB       -0.305    3.645
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.305    3.630
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C HIS 113 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD1    -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 116 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A HIS 97 HE1       -0.305    3.005
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CZ      -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 OE1      -0.305    2.785
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB        -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HE      -0.305    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 73 O         -0.305    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 24 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 HH12    -0.305    2.305
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 O        -0.306    2.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.306    2.931
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HD2      -0.306    2.306
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH22    -0.306    2.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CD2     -0.306    3.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CB        -0.307    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 120 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.307    3.487
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 66 O         -0.307    3.487
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 39 O         -0.307    3.012
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.307    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CG       -0.307    3.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.307    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.307    3.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE1       -0.307    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 NE      -0.307    3.557
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HE2    -0.308    2.933
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 39 O         -0.308    3.013
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.308    2.388
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 CE1     -0.309    3.009
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.309    3.014
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE1      -0.309    3.009
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 HD2       -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.310    3.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 CD       -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.310    3.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 CD       -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 HG3       -0.310    2.310
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HZ       -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 CZ        -0.310    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 89 CD       -0.310    3.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 78 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ASP 37 O        -0.311    3.016
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH1       -0.311    2.936
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 HG12     -0.311    3.011
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 CG       -0.311    3.636
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CB     -0.312    3.012
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CE1    -0.312    3.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 66 O       -0.312    2.392
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HH11      -0.312    2.392
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 NE2    -0.312    2.937
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 CG       -0.312    3.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE2      -0.312    2.312
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 75 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CE1    -0.312    3.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 HA       -0.312    2.312
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 HZ2     -0.312    3.012
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.313    3.638
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 HD1      -0.313    3.013
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 66 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 OE2       -0.313    2.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 HE2     -0.313    2.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HD2       -0.313    2.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASP 260 OD2    -0.313    2.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 HE22      -0.314    3.014
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 OE1      -0.314    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         -0.314    2.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 88 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 32 OD1     -0.314    3.019
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 62 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 39 O        -0.315    2.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH2       -0.315    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.315    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE2    -0.315    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HZ       -0.315    2.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 HG12      -0.315    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A THR 85 O         -0.315    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1       -0.315    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 108 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ASP 260 OD2    -0.316    2.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.316    3.016
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NH2     -0.316    3.641
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 50 CA        -0.316    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HE2    -0.316    2.416
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HB2       -0.316    2.316
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 92 HD23      -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 CG      -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 92 HD23      -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 263 HE1     -0.317    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 56 HB2       -0.317    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 CG2      -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 CB       -0.317    3.017
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A PHE 53 HB3       -0.317    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE1      -0.318    2.398
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 16 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 OD1     -0.318    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       -0.318    2.798
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HB3       -0.318    2.318
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 416 CE1      -0.318    3.718
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CG      -0.319    3.499
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 CD       -0.319    3.719
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.319    3.584
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.319    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B MET 353 CE      -0.319    3.644
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 128 HG11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 HB2      -0.319    2.319
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 OH     -0.320    3.520
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.320    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.320    2.900
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 100 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 60 HD3      -0.320    2.945
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 CE     -0.320    3.645
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.320    3.720
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A VAL 40 O         -0.320    3.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23      -0.320    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 NE2      -0.320    2.945
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 OE1     -0.320    2.800
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 107 CD     -0.321    3.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.321    3.021
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 112 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 HH12    -0.321    2.401
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ASP 421 HA       -0.321    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE2    -0.321    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 HB2      -0.322    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 77 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 HB3       -0.322    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.322    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 OE1    -0.322    3.502
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HG12      -0.323    3.023
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CD2    -0.323    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 262 HD2    -0.323    2.948
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 73 O         -0.323    2.403
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 OG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CB     -0.323    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 52 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CB       -0.323    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A PHE 53 CG        -0.323    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E PHE 40 HE2       -0.324    2.324
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O         -0.324    2.404
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLN 270 NE2      -0.324    3.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CD        -0.324    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 CG        -0.324    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HG13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2       -0.324    2.324
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HE3      -0.324    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2       -0.324    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ASP 122 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 HZ3      -0.324    2.404
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 118 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.324    2.964
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 CA       -0.324    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 76 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CG      -0.324    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH11     -0.325    2.325
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 CZ     -0.325    3.025
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB3      -0.325    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C HIS 113 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ASP 104 CG       -0.325    3.725
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CZ      -0.326    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 HA      -0.326    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 CE1       -0.326    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 OE1    -0.326    2.406
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 69 CG       -0.326    3.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 69 HG        -0.326    3.026
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 O        -0.326    3.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CD2      -0.326    3.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 SD        -0.326    3.808
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.326    2.951
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.326    3.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CB      -0.326    3.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CE2      -0.326    3.726
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HZ2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 OE2       -0.327    2.407
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 89 CE       -0.327    3.527
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 OG       -0.327    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CG       -0.327    3.027
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 CD        -0.327    3.727
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 NH1     -0.327    2.952
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HB3      -0.327    2.327
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.328    3.810
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HG3      -0.328    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 263 CE1     -0.328    3.728
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 CD1      -0.328    3.728
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 HA       -0.328    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 86 HB2      -0.329    3.029
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 O         -0.329    3.509
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 CD      -0.329    3.029
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HH21     -0.329    2.954
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HA       -0.329    2.329
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 CE        -0.330    3.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 O         -0.330    3.035
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 413 OE1      -0.330    3.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 CG       -0.330    3.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.330    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 CD1     -0.330    3.730
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 CD       -0.330    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 HH21    -0.330    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 HH22     -0.330    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 HG12    -0.330    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CG     -0.330    3.730
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CD      -0.330    3.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 16 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B GLU 413 HG2     -0.330    2.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 35 CA        -0.330    3.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD1      -0.330    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 96 HB3       -0.331    3.031
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 69 CG        -0.331    3.731
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CD2    -0.331    3.731
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 16 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 OD1     -0.331    3.511
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 NZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 HD2      -0.331    2.956
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 CB        -0.331    3.031
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.331    3.031
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 NH1      -0.331    3.656
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 HD11    -0.331    2.331
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      -0.332    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CD2     -0.332    3.732
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 OG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 93 OD1       -0.332    2.912
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 OE1       -0.332    3.512
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 61 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 HD11    -0.332    2.812
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 HB1       -0.332    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 27 OD2      -0.332    3.292
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 NE      -0.332    3.037
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 119 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 NE2     -0.333    3.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.333    2.958
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 O         -0.333    3.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 HH22    -0.333    3.033
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A THR 85 C        -0.333    3.733
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 111 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 107 OE1    -0.333    3.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O        -0.333    2.413
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 62 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ILE 41 HG12     -0.333    3.033
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 CE1    -0.334    3.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.334    3.514
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 76 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D MET 121 SD      -0.334    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE2    -0.335    2.435
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 66 O        -0.335    2.415
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 92 HD23     -0.335    3.035
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 CB        -0.335    3.735
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 CD       -0.335    3.035
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NH1       -0.335    2.960
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 HE2      -0.335    2.815
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CZ      -0.335    3.660
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.335    3.735
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.336    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CD2      -0.336    3.036
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 NH1    -0.336    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CD1       -0.336    3.516
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.337    2.817
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 120 OE1     -0.337    2.417
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 HE      -0.337    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 53 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 HD2      -0.337    3.037
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 NE        -0.337    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.337    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 HD21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 OD1     -0.337    2.417
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CG       -0.338    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 262 HE2      -0.338    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HE1      -0.338    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 96 HD13     -0.338    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.338    2.818
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 HE1      -0.338    2.338
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 96 HB3       -0.338    2.838
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CD       -0.338    3.038
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 CB        -0.339    3.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 60 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLN 46 NE2       -0.339    3.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 NH2       -0.339    3.664
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HD2       -0.339    2.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HG        -0.339    3.039
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE1       -0.339    2.919
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 53 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 HD2     -0.339    3.039
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2       -0.339    3.039
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 HD2      -0.339    2.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 121 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CE        -0.339    3.519
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.340    3.122
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 85 O        -0.340    3.520
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LEU 92 CD2      -0.340    3.040
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CD1      -0.340    3.740
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ILE 75 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HH21     -0.340    3.040
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 CZ      -0.340    3.740
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 O         -0.340    3.045
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 CA        -0.340    3.040
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 118 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.340    2.965
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 HD2      -0.340    2.340
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 56 HB2       -0.340    2.340
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 CD      -0.340    3.740
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 HB2       -0.341    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.341    3.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.341    3.041
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 HB2     -0.341    2.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CE2     -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB1       -0.341    3.041
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE        -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 89 CD        -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG1      -0.342    3.742
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 77 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HD21      -0.342    2.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 HB1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.342    3.042
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CG       -0.342    3.667
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD22     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 HB3      -0.342    2.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 73 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CE2     -0.342    3.042
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH11      -0.342    2.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.342    2.342
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1       -0.343    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 49 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 CB       -0.343    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 CE        -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 104 OH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A PHE 53 CG      -0.343    3.543
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 121 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 CE       -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ILE 41 CD1     -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CD2      -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.343    2.423
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PRO 109 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 HG2       -0.343    2.343
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ILE 420 CD1     -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 39 OE1      -0.343    2.823
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH2       -0.343    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 104 HH    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A PHE 53 CB      -0.344    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.344    3.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HZ     -0.344    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HB3       -0.344    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HD11   -0.344    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 69 CG        -0.344    3.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 OD2     -0.344    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 73 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE1      -0.344    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 117 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.344    3.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 128 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 66 O         -0.345    2.825
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 78 OD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 38 OD1       -0.345    3.305
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 CG       -0.345    3.045
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CG        -0.345    3.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 14 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE2      -0.345    3.050
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CD1       -0.346    3.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.346    3.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 265 HH22    -0.346    2.346
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 81 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HE2    -0.347    3.047
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 CZ        -0.347    3.047
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HH21     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 O        -0.347    2.427
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 CD      -0.347    3.747
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.348    2.348
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 59 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 NH1       -0.348    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 HA      -0.348    2.348
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 H       -0.348    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 26 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLU 248 OE1      -0.348    3.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HG2      -0.348    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 66 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 260 OD2     -0.348    3.528
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 408 CG2      -0.348    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HG22     -0.348    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 107 CD       -0.349    3.749
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HG23   -0.349    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 HG11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 HG3       -0.349    2.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 CA       -0.349    3.529
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 56 HD21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ASP 27 OD2     -0.349    2.429
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 19 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 265 HD3    -0.349    2.349
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 CD1      -0.349    3.749
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A PHE 53 HB2       -0.349    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CE2    -0.350    3.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22      -0.350    2.350
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 23 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 20 HE22    -0.350    2.975
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 CA        -0.350    3.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 39 O        -0.350    3.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 CG1       -0.350    3.750
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 65 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.351    2.976
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 131 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 O        -0.351    3.531
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ILE 75 HD11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.351    3.051
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CZ       -0.351    3.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 120 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A MET 62 HE1       -0.352    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 86 C         -0.352    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLN 268 CG     -0.352    3.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 HE2      -0.352    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 OE2       -0.352    2.432
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ALA 56 CB        -0.352    3.532
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.352    3.677
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 69 CG        -0.352    3.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 73 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 263 HZ     -0.352    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.352    2.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 CZ       -0.352    3.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.352    3.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 86 C       -0.352    3.052
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.352    3.752
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A TYR 103 OH       -0.352    3.552
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CE1      -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CG       -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 HE2      -0.353    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 HH21     -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG        -0.353    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ASP 302 HB2      -0.353    2.978
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 HZ      -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CB       -0.354    3.754
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 HE1    -0.354    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 CD      -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 HD1     -0.354    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 HD11   -0.354    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 24 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 CD     -0.354    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 59 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH1       -0.354    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CG1       -0.355    3.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 CB        -0.355    3.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 64 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 49 NH1      -0.355    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 ND1    -0.355    3.695
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 109 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 103 CZ     -0.355    3.055
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 HH21      -0.355    2.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 14 HZ1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 24 CZ      -0.356    3.056
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CG       -0.356    3.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HE3     -0.356    3.056
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 CZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D GLY 249 CA       -0.356    3.756
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.356    3.681
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 CA        -0.356    3.756
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB1       -0.356    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB2      -0.356    2.356
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.356    2.981
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 84 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ASP 409 CG      -0.356    3.681
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 52 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 24 HG12    -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.357    2.982
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 56 HB2       -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C THR 119 HG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 NE2     -0.357    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CZ       -0.357    3.057
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PRO 109 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 103 CE2    -0.357    3.757
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 OE1      -0.357    3.537
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLY 20 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 272 OE2     -0.357    3.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 97 HE1       -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HB3      -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 49 NH1      -0.357    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HG2      -0.358    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 80 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HE1    -0.358    3.058
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 80 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD1    -0.358    3.058
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 HB3       -0.358    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 64 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 NH1       -0.358    2.983
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.359    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 117 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 CG       -0.359    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 84 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D HIS 267 CE1    -0.359    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 50 CA        -0.359    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 CE      -0.359    3.759
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 75 HG13    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D PHE 262 CD1     -0.359    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 66 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CD        -0.359    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HD2    -0.360    3.060
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ILE 50 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 22 HB3      -0.360    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 68 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CG2    -0.360    3.060
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 CB       -0.360    3.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 103 CZ      -0.360    3.060
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 77 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 38 O         -0.360    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB3      -0.360    2.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CB       -0.360    3.060
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 216 NH1     -0.360    3.685
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 62 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 41 CG1     -0.360    3.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 302 OD1      -0.360    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 CA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.360    3.685
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 57 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A THR 75 HG1      -0.360    2.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 C         -0.360    3.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 CE2      -0.361    3.686
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 100 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 60 CZ       -0.361    3.061
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG23     -0.361    2.361
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      -0.361    3.761
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 HE1      -0.361    2.361
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 HB2      -0.362    2.362
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CG       -0.362    3.562
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 53 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A TYR 25 CD2     -0.362    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 100 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 60 NH1       -0.362    3.612
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 CA       -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LYS 66 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CD       -0.362    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ASN 115 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 212 H       -0.362    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ASP 93 OD1       -0.362    3.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CD1    -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LEU 18 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 124 CB      -0.362    3.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 OE2      -0.362    3.542
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 CB      -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 49 CZ        -0.362    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 116 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 302 OD1      -0.362    2.442
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 424 CA       -0.363    3.063
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLY 22 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 122 CD      -0.363    3.763
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HD2    -0.363    3.063
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 CB       -0.363    3.763
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.363    2.363
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.364    3.689
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ALA 56 CB       -0.364    3.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HA     -0.364    3.064
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.364    3.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HE2     -0.364    2.364
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 CG       -0.365    3.565
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CD      -0.365    3.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 HE2      -0.365    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3       -0.365    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 51 OE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 CZ      -0.365    3.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22      -0.365    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CG1       -0.365    3.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB        -0.365    3.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 HD11      -0.365    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 103 CE2     -0.365    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 CD       -0.365    3.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 ND1      -0.366    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 C        -0.366    3.066
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PRO 109 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A TYR 103 CZ      -0.366    3.066
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A PHE 53 CG        -0.366    3.566
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 HA        -0.366    3.066
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 CB      -0.366    3.766
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A VAL 40 HG13    -0.366    2.846
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PRO 109 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HG2     -0.366    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 OE2      -0.366    2.446
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 HH12      -0.366    2.366
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 HZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CG       -0.366    3.066
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 OG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CA      -0.366    3.566
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HH21      -0.366    2.446
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 HD2       -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 HB2      -0.367    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 107 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 56 HB2     -0.367    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 49 NH1     -0.367    3.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 100 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 60 HH12     -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HZ       -0.367    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 64 OG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CZ       -0.368    3.568
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ILE 41 CD1      -0.368    3.068
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 39 O         -0.368    2.848
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 HZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ASN 259 HB3    -0.368    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ASN 78 HD21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 38 CG      -0.368    3.068
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 CE2      -0.368    3.068
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 60 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLN 46 HE22      -0.368    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 HE3     -0.368    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 66 HE3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 OE1     -0.369    2.849
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 HB2     -0.369    2.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 HE22      -0.369    3.069
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 CZ        -0.369    3.769
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 HG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ASP 93 OD1       -0.369    2.449
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12      -0.369    3.069
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 HA      -0.370    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C TYR 125 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 C         -0.370    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C VAL 128 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O         -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 OE1      -0.370    3.075
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 HD2    -0.370    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.370    3.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 HH11    -0.370    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A HIS 100 HD1     -0.370    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 19 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 264 H       -0.370    2.995
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 116 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 104 OD2     -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 O       -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE        -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ALA 86 CB      -0.370    3.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 HG23     -0.370    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PRO 109 HG3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LEU 55 CD1       -0.370    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASP 122 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 HZ3     -0.370    2.450
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 HB3    -0.370    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 HA      -0.371    2.996
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 262 HB3      -0.371    2.996
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 60 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLN 46 NE2     -0.371    3.696
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 OH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 CA       -0.371    3.571
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 NZ        -0.371    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C LEU 65 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 HH21     -0.372    2.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 HH11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D GLN 270 NE2      -0.372    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.372    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 CG2      -0.372    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 HA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 CZ      -0.372    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 HB2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ARG 265 HD3      -0.372    2.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 HE3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ASP 423 CB       -0.372    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HB3      -0.372    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LEU 96 CD1       -0.373    3.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 28 CE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ASP 31 HA      -0.373    3.073
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 116 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B MET 353 CE       -0.373    3.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 66 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 263 HE2      -0.373    3.073
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HG       -0.373    2.998
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ARG 60 HH22      -0.373    2.373
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TRP 124 NE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 66 O         -0.373    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 121 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 SD      -0.373    3.855
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LYS 14 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ARG 24 CZ       -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TYR 125 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 89 CE      -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 116 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B MET 353 O      -0.374    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB2     -0.374    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LEU 69 CG      -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 HD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 39 CA        -0.374    3.074
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 64 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ARG 49 CZ        -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 61 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ASP 33 HA       -0.374    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 HE22     -0.374    2.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD        -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CE2    -0.374    3.074
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C HIS 113 NE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B TYR 407 OH       -0.375    3.100
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 110 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A LYS 59 NZ      -0.375    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 CB        -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.375    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CD2      -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 28 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 35 CB      -0.376    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 24 NH2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASP 252 CB       -0.376    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 107 CD       -0.376    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 CZ       -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLN 46 CD        -0.376    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 24 HD3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 24 NH1       -0.376    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 62 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 41 CG1      -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ        -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CA       -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CB       -0.376    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 66 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CD       -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C LYS 28 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 38 OE1      -0.377    2.857
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 64 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH2     -0.377    3.702
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 125 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LYS 89 CD      -0.377    3.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 54 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D PRO 119 HD2     -0.378    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TRP 124 NE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 66 O         -0.378    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 CZ      -0.378    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.378    3.778
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PRO 109 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 55 HD13      -0.378    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 CG        -0.379    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 76 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A TYR 25 CD2      -0.379    3.779
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PHE 416 HE1      -0.379    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 64 HG       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 HD2       -0.379    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 119 HG21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 96 CB        -0.379    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 107 CD       -0.379    3.079
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A MET 62 SD        -0.379    3.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 54 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 26 CB      -0.380    3.780
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 HH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 N        -0.380    3.005
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CE1      -0.380    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 N       -0.381    3.006
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PHE 416 CE1      -0.381    3.081
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ILE 50 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A SER 22 HB2     -0.381    2.861
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLU 107 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 56 CB       -0.381    3.781
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 125 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LYS 89 CD        -0.381    3.781
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 OG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 NE2     -0.381    3.121
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 116 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 104 OD2    -0.381    2.861
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 HE2    -0.381    3.081
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 109 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HG2       -0.381    2.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ALA 56 HB1     -0.381    2.861
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CZ      -0.381    3.081
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 127 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 65 CG       -0.382    3.082
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CG      -0.382    3.562
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 19 HG3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D PHE 266 CD2    -0.382    3.082
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 16 HE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.382    3.082
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 HG12      -0.382    3.082
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 19 HE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B MET 419 SD       -0.382    2.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A MET 62 CG      -0.382    3.782
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 NE2      -0.382    3.707
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ARG 265 CG       -0.382    3.782
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ALA 86 HA        -0.383    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A VAL 40 HA        -0.383    2.863
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C GLU 107 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 HB3     -0.383    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 69 HD11     -0.383    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 16 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 420 HG23     -0.383    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ARG 24 NH1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B SER 424 CA       -0.383    3.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 56 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ASP 27 OD2      -0.383    3.088
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 100 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 60 HH22      -0.383    2.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.383    3.783
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 HE22    -0.384    2.384
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 HG13     -0.384    2.384
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 69 CG       -0.384    3.784
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CG       -0.384    3.084
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 66 O        -0.384    2.464
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 HZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 CD2    -0.384    3.084
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 121 NE2     -0.384    3.634
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CE1    -0.384    3.084
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C VAL 128 CG1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ALA 86 CB       -0.385    3.785
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A GLU 52 HG2       -0.385    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 117 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A HIS 100 CG     -0.385    3.785
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CE1      -0.385    3.085
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLN 46 HE22     -0.385    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CD      -0.385    3.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 OH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ARG 49 C         -0.385    3.585
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 68 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ILE 258 HG23   -0.385    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ALA 86 HB1       -0.385    3.085
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B SER 410 HG       -0.385    2.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D GLU 251 HB2     -0.385    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C THR 119 HG22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 SD       -0.386    3.168
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2       -0.386    2.866
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 125 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LYS 89 CD       -0.386    3.786
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 80 CB       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D PHE 266 CD1      -0.386    3.786
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 104 HH      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A ILE 73 O         -0.386    2.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CZ2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A LEU 69 CG      -0.386    3.786
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 119 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A HIS 100 NE2      -0.386    3.711
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 OE2      -0.386    2.466
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 106 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLU 52 CB        -0.387    3.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 116 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B MET 353 HE3     -0.387    2.387
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TRP 124 CZ2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LEU 69 CG        -0.387    3.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 73 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ILE 258 CD1     -0.387    3.087
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 117 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 100 CD2      -0.387    3.087
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E LEU 87 HD11      -0.387    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 NE2       -0.387    3.012
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 HE3       -0.388    2.388
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CE        -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LEU 92 CD2       -0.388    3.088
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LYS 111 HZ1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D ASN 259 O        -0.388    2.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ILE 41 CD1       -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 125 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 CD        -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ARG 100 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 60 CD      -0.389    3.089
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B ASP 302 CG      -0.389    3.089
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CZ3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A LEU 92 HD22     -0.389    3.089
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A HIS 121 CD2      -0.389    3.714
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ARG 19 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CD2     -0.389    3.089
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 121 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A MET 62 CE       -0.389    3.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2       -0.389    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB2       -0.389    2.389
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A MET 62 CE        -0.389    3.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C GLU 107 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 52 HG2       -0.389    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 104 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ARG 49 HH21      -0.389    2.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 61 C        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 CD1       -0.390    3.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 117 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 ND1    -0.390    3.030
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LYS 111 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLU 107 CD       -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 64 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 49 NH1      -0.390    3.715
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 OD1      -0.390    3.095
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C SER 106 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A GLU 52 HB3       -0.390    2.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 56 HB1      -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C TYR 62 CE2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A ILE 41 CG1       -0.391    3.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 60 HB3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A GLN 46 CD        -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 77 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LEU 36 CD2      -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 111 NZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 107 OE1    -0.391    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASN 120 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C TYR 104 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A PHE 53 CG        -0.391    3.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 HE1     -0.391    2.391
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A PHE 53 CG       -0.391    3.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22      -0.392    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C LEU 18 HD23     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ILE 420 CG2      -0.392    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 116 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ASP 104 OD1      -0.392    2.472
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 52 CB      -0.392    3.792
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LYS 66 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 263 HE2    -0.392    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TYR 104 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A PHE 53 HB2      -0.392    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C GLU 107 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A GLU 52 CB       -0.393    3.093
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 128 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 66 O       -0.393    3.573
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ARG 24 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D ASP 252 CG      -0.393    3.718
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C THR 121 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A MET 62 CE      -0.393    3.793
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 60 HA       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A GLN 46 NE2       -0.393    3.018
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C LEU 18 CD2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D PHE 263 HZ      -0.393    3.093
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 78 H      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLU 39 OE1     -0.394    2.474
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 68 CE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D ILE 258 CG2      -0.394    3.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 54 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A SER 26 CB       -0.394    3.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ASN 115 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 353 CE       -0.394    3.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 28 NZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 35 CB      -0.394    3.719
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 60 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A VAL 40 CG1      -0.394    3.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 109 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLU 52 HG2      -0.394    2.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 HD13     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CE1      -0.394    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 81 O         -0.394    3.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ASP 104 CG       -0.395    3.095
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 117 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A HIS 100 CE1     -0.395    3.095
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TRP 124 HZ3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A LEU 92 HD23      -0.395    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 88 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E SER 35 HB2      -0.395    2.395
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 116 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A HIS 100 CE1      -0.395    3.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A LYS 89 NZ        -0.395    3.100
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 73 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ILE 258 CD1    -0.395    3.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TYR 125 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ALA 86 HB1      -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 125 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A LYS 89 CD        -0.396    3.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C ALA 80 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B PHE 416 CE2     -0.396    3.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C HIS 113 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D TYR 213 CD1     -0.396    3.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C LEU 18 CD1      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D PHE 266 CD2      -0.396    3.796
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 128 CG1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ALA 86 HB2       -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C VAL 59 HG11     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A LYS 50 CG        -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TRP 124 CH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A THR 85 O       -0.396    3.576
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PRO 109 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HG2      -0.396    2.396
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C LEU 18 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D PHE 266 CD2    -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C VAL 59 HG11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A LYS 50 HG3      -0.396    2.396
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C TYR 62 CD2      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ILE 41 HG12      -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 24 HH12     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ASP 31 OD1       -0.396    2.476
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 119 OG1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A HIS 100 NE2    -0.396    3.121
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A MET 62 HA       -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C TRP 124 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A MET 62 HG2      -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASP 122 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 89 HE3       -0.397    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 60 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A GLN 46 OE1     -0.397    3.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C GLU 107 N      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 HB3      -0.397    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C THR 52 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D ARG 122 CD      -0.397    3.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 107 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 52 HB3       -0.397    3.022
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 121 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A MET 62 CE        -0.397    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 120 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A LYS 59 CE        -0.398    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C HIS 113 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D TYR 213 OH      -0.398    3.598
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ARG 19 NE       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B MET 419 CG       -0.399    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ARG 61 O        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A ILE 41 CD1       -0.399    3.579
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C LYS 28 NZ       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLU 38 HB2       -0.399    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C LEU 65 N        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A ARG 49 NH2       -0.399    3.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H        fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12      -0.399    2.399
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C VAL 59 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 49 NH1     -0.399    3.104
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C GLU 107 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A ALA 56 HB2       -0.399    3.099
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 CD       -0.399    3.799
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 106 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 52 CB       -0.399    3.799
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C TYR 104 HH     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A PHE 53 HB3      -0.399    2.399
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C SER 118 CA     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A HIS 100 CE1     -0.399    3.799
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C SER 60 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A GLN 46 NE2      -0.399    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C LYS 68 HZ3      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B GLU 413 HB2      -0.400    2.400
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 16 HZ2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 255 OE1    -0.400    2.480
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C VAL 110 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A LYS 59 NZ       -0.400    3.725
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 106 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A GLU 52 CB      -0.400    3.800
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ARG 19 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 64 CD       -0.400    3.725
    

  
2522 contacts  

> sequence align /A

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: DPLSQ3CH4XNVB4F9  
Webservices job finished: DPLSQ3CH4XNVB4F9  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> select #1/C:122

12 atoms, 11 bonds, 1 residue, 1 model selected  

> select #1/C:122-131 #2/C:122-131 #3/C:122-131 #4/C:122-131 #5/C:122-131
> #7/C:122-131 #8/C:122-131 #9/C:122-131 #10/C:122-131 #11/C:122-131

1750 atoms, 1770 bonds, 100 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [122-131] RMSD: 0.653  
  

> coulombic sel

Using Amber 20 recommended default charges and atom types for standard
residues  
[Repeated 9 time(s)]Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES surface #1.4:
minimum, -15.35, mean 1.15, maximum 37.13  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface #2.2:
minimum, -13.02, mean 1.19, maximum 45.37  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface #3.2:
minimum, -13.55, mean 1.30, maximum 20.53  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface #4.2:
minimum, -14.83, mean 0.89, maximum 21.54  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface #5.2:
minimum, -14.35, mean 1.45, maximum 23.96  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface #7.2:
minimum, -14.88, mean 1.37, maximum 25.61  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface #8.2:
minimum, -14.13, mean 1.04, maximum 20.13  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface #9.2:
minimum, -23.60, mean 0.69, maximum 21.25  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface
#10.2: minimum, -14.19, mean 1.35, maximum 23.85  
Coulombic values for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface
#11.2: minimum, -16.44, mean 1.21, maximum 24.35  
To also show corresponding color key, enter the above coulombic command and
add key true  

> transparency sel 60 surfaces

> transparency sel 70 surfaces

> view

> view sel

> select clear

> select /C:131

240 atoms, 230 bonds, 10 residues, 10 models selected  

> show sel atoms

> style sel ball

Changed 240 atom styles  

> select /C:130

220 atoms, 210 bonds, 10 residues, 10 models selected  

> show sel atoms

> style sel ball

Changed 220 atom styles  

> select clear

> style ball

Changed 335513 atom styles  

> select #11/C:124@NE1

1 atom, 1 residue, 1 model selected  

> select clear

> select /C:124

240 atoms, 250 bonds, 10 residues, 10 models selected  

> show sel atoms

> select clear

> select /C:128

160 atoms, 150 bonds, 10 residues, 10 models selected  

> show sel atoms

> select #1/C:16

22 atoms, 21 bonds, 1 residue, 1 model selected  

> select #1/C:16 #2/C:16 #3/C:16 #4/C:16 #5/C:16 #7/C:16 #8/C:16 #9/C:16
> #10/C:16 #11/C:16

220 atoms, 210 bonds, 10 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [16] RMSD: 1.497  
  

> select clear

> view

> select #1/C:16

22 atoms, 21 bonds, 1 residue, 1 model selected  

> select #1/C:16 #2/C:16 #3/C:16 #4/C:16 #5/C:16 #7/C:16 #8/C:16 #9/C:16
> #10/C:16 #11/C:16

220 atoms, 210 bonds, 10 residues, 10 models selected  
Clustal Omega Alignment [ID: 1] region chain C..chain C [16] RMSD: 1.497  
  

> show sel atoms

> contacts sel interModel false intraMol false select true reveal true

67 contacts  

> select up

356 atoms, 337 bonds, 21 residues, 16 models selected  

> sequence chain #2/C#4/C#5/C#7/C#8/C#9/C#10/C#11/C

Alignment identifier is 3  

> sequence chain #2/D#7/D#9/D#10/D#11/D

Alignment identifier is 4  

> sequence chain #4/B#5/B#8/B

Alignment identifier is 5  

> select up

3260 atoms, 3278 bonds, 203 residues, 16 models selected  

> select down

356 atoms, 337 bonds, 21 residues, 16 models selected  

> select clear

QCoreTextFontDatabase: Found no matching fonts for family ""  

> save /Users/pcarlton/Desktop/dsb123-splitDNA-DVWYNbox.cxs

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35232  
  
Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif
#12  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> hide atoms

> select #12

35107 atoms, 35724 bonds, 15 pseudobonds, 2089 residues, 2 models selected  

> show sel cartoons

Computing secondary structure  

> mmaker #12/A to #1/A showAlign true

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif, chain A
(#12), sequence alignment score = 2029.6  
Alignment identifier is 6  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 6  
Hiding conservation header for alignment 6  
Chains used in RMSD evaluation for alignment 6:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6  
RMSD between 331 pruned atom pairs is 0.467 angstroms; (across all 425 pairs:
37.289)  
  

> select #12/C,D

11923 atoms, 12067 bonds, 770 residues, 1 model selected  

> color sel orange

> select #10/D

4408 atoms, 4452 bonds, 280 residues, 1 model selected  

> show sel cartoons

> hide sel cartoons

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 77  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35245  
  
Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif
#13  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 78  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35254  
  
Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif
#14  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35235  
  
Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif
#15  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35231  
  
Chain information for fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif
#16  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35227  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35225  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35226  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35230  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb113full/fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35231  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> hide sel atoms

[Repeated 1 time(s)]

> select clear

> hide atoms

> select clear

> color bychain

> mmaker #21,20,19,18,17,16,15,14,13/A to #1/A showAlign true

Computing secondary structure  
[Repeated 8 time(s)]  Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif, chain A
(#21), sequence alignment score = 2015.8  
Alignment identifier is 6  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 6  
Hiding conservation header for alignment 6  
Chains used in RMSD evaluation for alignment 6:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6  
RMSD between 331 pruned atom pairs is 0.531 angstroms; (across all 425 pairs:
33.752)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif, chain A
(#20), sequence alignment score = 2041.6  
Alignment identifier is 7  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 7  
Hiding conservation header for alignment 7  
Chains used in RMSD evaluation for alignment 7:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7  
RMSD between 330 pruned atom pairs is 0.437 angstroms; (across all 425 pairs:
27.187)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif, chain A
(#19), sequence alignment score = 2029.6  
Alignment identifier is 8  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 8  
Hiding conservation header for alignment 8  
Chains used in RMSD evaluation for alignment 8:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 8  
RMSD between 332 pruned atom pairs is 0.456 angstroms; (across all 425 pairs:
30.927)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif, chain A
(#18), sequence alignment score = 2072.8  
Alignment identifier is 9  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 9  
Hiding conservation header for alignment 9  
Chains used in RMSD evaluation for alignment 9:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 9  
RMSD between 332 pruned atom pairs is 0.489 angstroms; (across all 425 pairs:
32.863)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif, chain A
(#17), sequence alignment score = 2014.6  
Alignment identifier is 10  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 10  
Hiding conservation header for alignment 10  
Chains used in RMSD evaluation for alignment 10:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 10  
RMSD between 328 pruned atom pairs is 0.457 angstroms; (across all 425 pairs:
31.422)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16), sequence alignment score = 2090.2  
Alignment identifier is 11  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 11  
Hiding conservation header for alignment 11  
Chains used in RMSD evaluation for alignment 11:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 11  
RMSD between 329 pruned atom pairs is 0.466 angstroms; (across all 425 pairs:
29.243)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif, chain A
(#15), sequence alignment score = 2054.2  
Alignment identifier is 12  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 12  
Hiding conservation header for alignment 12  
Chains used in RMSD evaluation for alignment 12:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 12  
RMSD between 308 pruned atom pairs is 0.488 angstroms; (across all 425 pairs:
38.893)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif, chain A
(#14), sequence alignment score = 2024.8  
Alignment identifier is 13  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 13  
Hiding conservation header for alignment 13  
Chains used in RMSD evaluation for alignment 13:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 13  
RMSD between 330 pruned atom pairs is 0.459 angstroms; (across all 425 pairs:
28.936)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif, chain A
(#13), sequence alignment score = 2047.6  
Alignment identifier is 14  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 14  
Hiding conservation header for alignment 14  
Chains used in RMSD evaluation for alignment 14:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 14  
RMSD between 331 pruned atom pairs is 0.546 angstroms; (across all 425 pairs:
37.997)  
  

> select clear

> select #12

35107 atoms, 35724 bonds, 15 pseudobonds, 2089 residues, 2 models selected  

> hide sel cartoons

> select clear

Drag select of fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES
surface, 19877 of 683010 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface, 20579
of 682418 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface, 20341
of 687384 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface, 19602
of 682582 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface, 20419
of 678982 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface,
20463 of 681944 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface,
20474 of 673598 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface,
19946 of 687226 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface,
20949 of 677876 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface,
20640 of 685898 triangles, 9356 residues, 14 pseudobonds  

> select intersect /B,C

57955 atoms, 8 pseudobonds, 3540 residues, 11 models selected  

> sequence chain #1/B#2/B#3/B#4/B#5/B#7/B#8/B#9/B#10/B#11/B

Alignment identifier is 5  

> select up

63937 atoms, 64557 bonds, 8 pseudobonds, 3947 residues, 11 models selected  

> select down

57955 atoms, 8 pseudobonds, 3540 residues, 11 models selected  

> select up

63937 atoms, 64557 bonds, 8 pseudobonds, 3947 residues, 11 models selected  

> select down

57955 atoms, 8 pseudobonds, 3540 residues, 11 models selected  
Drag select of fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES
surface, 19877 of 683010 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface, 20579
of 682418 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface, 20341
of 687384 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface, 19602
of 682582 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface, 20419
of 678982 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface,
20463 of 681944 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface,
20474 of 673598 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface,
19946 of 687226 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface,
20949 of 677876 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface,
20640 of 685898 triangles, 9500 residues, 14 pseudobonds  

> select intersect /C

Nothing selected  
Drag select of fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif_C SES
surface, 19877 of 683010 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif_C SES surface, 20579
of 682418 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif_C SES surface, 20341
of 687384 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif_C SES surface, 19602
of 682582 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif_C SES surface, 20419
of 678982 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif_C SES surface,
20463 of 681944 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif_C SES surface,
20474 of 673598 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif_C SES surface,
19946 of 687226 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif_C SES surface,
20949 of 677876 triangles,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif_C SES surface,
20640 of 685898 triangles, 2839 residues  

> select /C:1-4

1360 atoms, 1380 bonds, 80 residues, 20 models selected  

> hide sel cartoons

> select clear

> select /C:5-140

44356 atoms, 44736 bonds, 2720 residues, 20 models selected  

> show sel cartoons

> select clear

> select /D

103683 atoms, 104843 bonds, 6650 residues, 20 models selected  

> show sel cartoons

> select clear

Drag select of 913 residues  

> select intersect /D

8113 atoms, 489 residues, 10 models selected  

> sequence chain #2/D#3/D#4/D#5/D#8/D

Alignment identifier is 3  

> sequence chain #12/D#13/D#14/D#15/D#16/D

Alignment identifier is 6  

> select up

13716 atoms, 13830 bonds, 856 residues, 10 models selected  

> select down

8113 atoms, 489 residues, 10 models selected  

> select #2,3,4,5,8/D

22038 atoms, 22258 bonds, 1400 residues, 5 models selected  

> select #1,7,9,10,11/D

22036 atoms, 22256 bonds, 1400 residues, 5 models selected  

> color sel purple

> show sel cartoons

> transparency /D 0

> transparency /D 0 ribbons

> select /D

103683 atoms, 104843 bonds, 6650 residues, 20 models selected  

> select #1,2,3,4,5,7,8,9,10,11/D

44074 atoms, 44514 bonds, 2800 residues, 10 models selected  

> color sel purple

> select #1,2,3,4,5,7,8,9,10,11/D:107-290

26899 atoms, 27179 bonds, 1740 residues, 10 models selected  

> hide sel cartoons

> select clear

> select #8/D:37

10 atoms, 9 bonds, 1 residue, 1 model selected  

> select add #9/D:93

34 atoms, 32 bonds, 2 residues, 2 models selected  

> select add #5/D:28

53 atoms, 50 bonds, 3 residues, 3 models selected  

> select add #11/D:36

73 atoms, 70 bonds, 4 residues, 4 models selected  

> select add #10/D:44

80 atoms, 76 bonds, 5 residues, 5 models selected  

> select up

579 atoms, 577 bonds, 35 residues, 5 models selected  

> select up

22036 atoms, 22256 bonds, 1400 residues, 5 models selected  

> hide sel cartoons

> select #7/D:26

11 atoms, 10 bonds, 1 residue, 1 model selected  

> select up

96 atoms, 95 bonds, 6 residues, 1 model selected  

> select up

4408 atoms, 4452 bonds, 280 residues, 1 model selected  

> hide sel cartoons

Drag select of 24 residues  

> select clear

> select #4/D:88

24 atoms, 23 bonds, 1 residue, 1 model selected  

> select up

241 atoms, 242 bonds, 14 residues, 1 model selected  

> select up

4408 atoms, 4452 bonds, 280 residues, 1 model selected  

> select add #3/D:4

4432 atoms, 4475 bonds, 281 residues, 2 models selected  

> select up

4480 atoms, 4523 bonds, 284 residues, 2 models selected  

> select up

8815 atoms, 8903 bonds, 560 residues, 2 models selected  

> select clear

> select #1,2,3,4/D:1-106

6870 atoms, 6930 bonds, 424 residues, 4 models selected  

> hide sel cartoons

> undo

> select /C,D:141-385

131865 atoms, 133566 bonds, 8750 residues, 20 models selected  

> hide sel cartoons

> select clear

> select /C

119211 atoms, 120651 bonds, 7700 residues, 20 models selected  

> select /D

103683 atoms, 104843 bonds, 6650 residues, 20 models selected  

> select clear

> hide surfaces

> select clear

Drag select of 186 residues  

> select clear

[Repeated 1 time(s)]

> select #12,13,14,5,16,17,18,19,20,21/D

58054 atoms, 58746 bonds, 3745 residues, 10 models selected  

> color sel forest green

> select #12,13,14,5,16,17,18,19,20,21/C

59600 atoms, 60320 bonds, 3850 residues, 10 models selected  

> color (#!5,12-14,16-21 & sel) cyan

> select #1,2,3,4,5,7,8,9,10,11/C

59610 atoms, 60330 bonds, 3850 residues, 10 models selected  

> color (#!1-5,7-11 & sel) lime

> select #12,13,14,15,16,17,18,19,20,21/D

59609 atoms, 60329 bonds, 3850 residues, 10 models selected  

> color sel cyan

> select clear

> select #12,13,14,15,16,17,18,19,20,21/C

59601 atoms, 60321 bonds, 3850 residues, 10 models selected  

> color sel cyan

> select #12,13,14,15,16,17,18,19,20,21/C,D

119210 atoms, 120651 bonds, 7700 residues, 10 models selected  

> color sel cyan

> select #1,2,3,4,5,7,8,9,10,11/C

59610 atoms, 60330 bonds, 3850 residues, 10 models selected  

> color (#!1-5,7-11 & sel) forest green

> color (#!1-5,7-11 & sel) lime

> select clear

> select #1,2,3,4,5,7,8,9,10,11/E

56693 atoms, 57173 bonds, 3450 residues, 10 models selected  

> show sel cartoons

> select #12,13,14,15,16,17,18,19,20,21/E

56695 atoms, 57175 bonds, 3450 residues, 10 models selected  

> show sel cartoons

> color sel yellow

> select clear

Drag select of 401 residues  

> select up

19293 atoms, 19515 bonds, 1155 residues, 15 models selected  

> select up

85040 atoms, 85760 bonds, 5175 residues, 15 models selected  

> sequence align sel

Alignment identifier is 6  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 6  
Webservices job id: V6R43Z9S6G5R8X77  
Webservices job finished: V6R43Z9S6G5R8X77  

> sequence header 6 conservation hide

Hiding conservation header for alignment 6  

> sequence header 6 rmsd show

Chains used in RMSD evaluation for alignment 6:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 6  

> select /E:1-157

51589 atoms, 51869 bonds, 3140 residues, 20 models selected  

> hide sel cartoons

Drag select of 193 residues  

> select up

6927 atoms, 7013 bonds, 411 residues, 5 models selected  

> select up

28348 atoms, 28588 bonds, 1725 residues, 5 models selected  

> sequence align sel

Alignment identifier is 7  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 7  
Webservices job id: W7XZQUY61GVHQLIL  
Webservices job finished: W7XZQUY61GVHQLIL  

> sequence header 7 rmsd show

Chains used in RMSD evaluation for alignment 7:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7  

> sequence header 7 conservation hide

Hiding conservation header for alignment 7  

> select clear

Drag select of 16494 residues, 14 pseudobonds  

> view sel

> cofr sel

> select clear

Drag select of 15 residues  

> select up

9448 atoms, 10148 bonds, 300 residues, 10 models selected  
Drag select of 24 residues  

> select up

18988 atoms, 20368 bonds, 600 residues, 10 models selected  

> color sel #3c0f79ff

> color sel #3d0f7aff

> color sel #4c1298ff

> color sel #5a16b5ff

[Repeated 1 time(s)]

> color sel #6117c3ff

> color sel #6518caff

> color sel #6518cbff

> color sel #6619cbff

> color sel #a98fcbff

[Repeated 1 time(s)]

> color sel #ac94cbff

> color sel #b19ecbff

> color sel #af9bcbff

> color sel #ac95cbff

> color sel #9b76cbff

> color sel #966ecbff

> color sel #8e5fcbff

> color sel #8957cbff

[Repeated 2 time(s)]

> color sel #8a58cbff

> color sel #b8a9cbff

> color sel #bbafcbff

> color sel #beb2ceff

> color sel #bfb3cfff

> color sel #d8caeaff

> color sel #ebdcffff

> color sel #eadbfeff

Drag select of 13 residues  

> select up

19270 atoms, 20860 bonds, 600 residues, 10 models selected  

> color sel #eadafeff

> color sel #913efeff

[Repeated 1 time(s)]

> color sel #a765feff

> color sel #ba86feff

> color sel #e9d9feff

[Repeated 1 time(s)]

> color sel #d8c9ebff

> color sel #d7c8eaff

> color sel #b6aac7ff

> color sel #978da5ff

> select clear

> save /Users/pcarlton/Desktop/dsb123113compare-dsb3too.cxs

Drag select of 130 residues  

> select up

5930 atoms, 6000 bonds, 355 residues, 5 models selected  

> sequence align /E

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: BIJWTU46SZJI6Y2G  
Webservices job finished: BIJWTU46SZJI6Y2G  

> select clear

Drag select of 156 residues  
Drag select of 52 residues  

> sequence chain #1/D#2/D#3/D#4/D

Alignment identifier is 2  

> sequence align #12-21/E

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: L8GAYRGEI6XSS64S  
Webservices job finished: L8GAYRGEI6XSS64S  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 consensus show

Showing consensus header ("seq_consensus" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> sequence header 2 consensus hide

Hiding consensus header for alignment 2  

> select #5/J:1

33 atoms, 34 bonds, 1 residue, 1 model selected  

> cofr sel

> select #5/J:30

32 atoms, 34 bonds, 1 residue, 1 model selected  

> cofr sel

> select clear

> movie record

> turn y 2 180

> wait 180

> movie encode /Users/pcarlton/Desktop/movie11.mp4

Movie saved to /Users/pcarlton/Desktop/movie11.mp4  
  
Drag select of 132 residues  

> color sel blue

> mmaker #7/A to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif, chain A
(#7), sequence alignment score = 1977.4  
RMSD between 328 pruned atom pairs is 0.499 angstroms; (across all 425 pairs:
15.128)  
  

> mmaker #10/A to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif, chain A
(#10), sequence alignment score = 2024.8  
RMSD between 323 pruned atom pairs is 0.379 angstroms; (across all 425 pairs:
31.724)  
  

> mmaker #9/A to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif, chain A
(#9), sequence alignment score = 2005  
RMSD between 329 pruned atom pairs is 0.478 angstroms; (across all 425 pairs:
38.160)  
  

> mmaker #8/A to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif, chain A
(#8), sequence alignment score = 2013.4  
RMSD between 328 pruned atom pairs is 0.509 angstroms; (across all 425 pairs:
22.576)  
  

> mmaker #11/A to #1/B

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain B
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain A
(#11), sequence alignment score = 2050.6  
RMSD between 330 pruned atom pairs is 0.639 angstroms; (across all 425 pairs:
35.679)  
  

> select #1-11/D:1-105

16985 atoms, 17135 bonds, 1050 residues, 10 models selected  

> select #1-11/D:1-106

17175 atoms, 17325 bonds, 1060 residues, 10 models selected  

> show sel cartoons

> select clear

> select add #9/D:40

11 atoms, 10 bonds, 1 residue, 1 model selected  

> select add #8/D:11

32 atoms, 31 bonds, 2 residues, 2 models selected  

> select add #11/D:12

53 atoms, 52 bonds, 3 residues, 3 models selected  

> select #8,9,11/D

13221 atoms, 13353 bonds, 840 residues, 3 models selected  

> hide sel cartoons

> select clear

> select /E

113388 atoms, 114348 bonds, 6900 residues, 20 models selected  

> color sel orange

> select clear

> save /Users/pcarlton/Desktop/dsb123113compare-dsb3too.cxs

> select /A,B

273678 atoms, 276278 bonds, 103 pseudobonds, 17000 residues, 21 models
selected  

> color (#!1-5,7-21 & sel) #ff9797ff

[Repeated 1 time(s)]

> select clear

> select #5/D:27

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select #5,8,9,11/D

17628 atoms, 17804 bonds, 1120 residues, 4 models selected  

> hide sel cartoons

> select clear

> sequence header 1 conservation hide

Hiding conservation header for alignment 1  

> sequence header 1 rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> select #1/E:162-163 #2/E:162-163

78 atoms, 80 bonds, 4 residues, 2 models selected  

> select #1/E:162-241 #2/E:162-241 #3/E:162-241 #4/E:162-241 #5/E:162-241
> #7/E:162-241 #8/E:162-241 #9/E:162-241 #10/E:162-241 #11/E:162-241
> #12/E:162-241 #13/E:162-241 #14/E:162-241 #15/E:162-241 #16/E:162-241
> #17/E:162-241 #18/E:162-241 #19/E:162-241 #20/E:162-241 #21/E:162-241

25240 atoms, 25460 bonds, 1600 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [162-241] RMSD: 1.313  
  

> select clear

[Repeated 1 time(s)]

> select #1/E:162 #2/E:162

48 atoms, 50 bonds, 2 residues, 2 models selected  

> select #1/E:162 #2/E:162 #3/E:162 #4/E:162 #5/E:162 #7/E:162 #8/E:162
> #9/E:162 #10/E:162 #11/E:162 #12/E:162 #13/E:162 #14/E:162 #15/E:162
> #16/E:162 #17/E:162 #18/E:162 #19/E:162 #20/E:162 #21/E:162

480 atoms, 500 bonds, 20 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [162] RMSD: 1.332  
  
Drag select of 698 residues  

> select clear

> select #1/E:342

24 atoms, 23 bonds, 1 residue, 1 model selected  

> select #1/E:342-345 #2/E:342-345 #3/E:342-345 #4/E:342-345 #5/E:342-345
> #7/E:342-345 #8/E:342-345 #9/E:342-345 #10/E:342-345 #11/E:342-345
> #12/E:342-345 #13/E:342-345 #14/E:342-345 #15/E:342-345 #16/E:342-345
> #17/E:342-345 #18/E:342-345 #19/E:342-345 #20/E:342-345 #21/E:342-345

1419 atoms, 1419 bonds, 80 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [342-345] RMSD: 2.318  
  

> select clear

> select /E:158-345

61799 atoms, 62459 bonds, 3760 residues, 20 models selected  

> contacts sel interModel false intraMol false select true saveFile true

3309 contacts  

> select /A,B:166,170,172,174,176,192,193,246

5640 atoms, 5360 bonds, 320 residues, 20 models selected  

> color sel hot pink

> contacts sel interModel false intraMol false select true saveFile spoDSB3

2139 contacts  

> sequence chain
> #1/A,B#2/A,B#3/A,B#4/A,B#5/A,B#7/A,B#8/A,B#9/A,B#10/A,B#11/A,B#12/A,B#13/A,B#14/A,B#15/A,B#16/A,B#17/A,B#18/A,B#19/A,B#20/A,B#21/A,B

Alignment identifier is 3  

> sequence chain
> #1/E#2/E#3/E#4/E#5/E#7/E#8/E#9/E#10/E#11/E#12/E#13/E#14/E#15/E#16/E#17/E#18/E#19/E#20/E#21/E

Alignment identifier is 4  

> sequence chain #8/C

Alignment identifier is 8/C  

> sequence chain #8/D

Alignment identifier is 8/D  

> select up

10967 atoms, 10507 bonds, 643 residues, 21 models selected  

> select down

2289 atoms, 643 residues, 21 models selected  

> select #1/E:267

24 atoms, 25 bonds, 1 residue, 1 model selected  

> select #1/E:267-270 #2/E:267-270 #3/E:267-270 #4/E:267-270 #5/E:267-270
> #7/E:267-270 #8/E:267-270 #9/E:267-270 #10/E:267-270 #11/E:267-270
> #12/E:267-270 #13/E:267-270 #14/E:267-270 #15/E:267-270 #16/E:267-270
> #17/E:267-270 #18/E:267-270 #19/E:267-270 #20/E:267-270 #21/E:267-270

1480 atoms, 1500 bonds, 80 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [267-270] RMSD: 1.401  
  

> contacts sel interModel false intraMol false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    32 contacts
                                        atom1                                                                          atom2                                      overlap  distance
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CZ       0.019    3.381
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 CG2     0.010    3.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 CG2     -0.047    2.747
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 CB       -0.047    3.447
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 CB       -0.073    2.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 CB      -0.085    3.485
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CE2      -0.098    3.498
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 CB      -0.102    2.802
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG21    -0.115    2.815
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CE2      -0.126    2.826
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 382 CD1      -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 CG2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HB3      -0.232    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 HB3     -0.249    2.949
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 CD1    -0.262    3.662
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CZ       -0.263    2.963
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 269 HE21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A GLU 380 OE1     -0.264    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HG21   -0.265    2.265
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 382 HD13     -0.286    2.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HD13   -0.294    2.294
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 CD1    -0.303    3.003
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CE1      -0.315    3.715
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HB3      -0.322    2.322
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 HG12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ASP 27 OD2     -0.323    2.803
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E ILE 268 HG21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A TYR 25 HB3     -0.329    2.329
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 HD13  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HD13   -0.331    2.331
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E ILE 268 HG21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B TYR 386 CD2      -0.332    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG23    -0.332    2.332
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG12    -0.344    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 268 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ILE 382 HD13   -0.377    3.077
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 HD13   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG21    -0.386    2.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ILE 268 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ILE 382 HG23    -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E ILE 268 HG21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A TYR 25 HB2      -0.398    2.398
    

  
32 contacts  

> select clear

> select /E

113388 atoms, 114348 bonds, 6900 residues, 20 models selected  

> select clear

> select #1/E:259

24 atoms, 25 bonds, 1 residue, 1 model selected  

> select #1/E:259 #2/E:259 #3/E:259 #4/E:259 #5/E:259 #7/E:259 #8/E:259
> #9/E:259 #10/E:259 #11/E:259 #12/E:259 #13/E:259 #14/E:259 #15/E:259
> #16/E:259 #17/E:259 #18/E:259 #19/E:259 #20/E:259 #21/E:259

480 atoms, 500 bonds, 20 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [259] RMSD: 1.689  
  

> show sel atoms

> hide sel atoms

> select #1/E:82 #2/E:82

48 atoms, 46 bonds, 2 residues, 2 models selected  

> select #1/E:82-86 #2/E:82-86 #3/E:82-86 #4/E:82-86 #5/E:82-86 #7/E:82-86
> #8/E:82-86 #9/E:82-86 #10/E:82-86 #11/E:82-86 #12/E:82-86 #13/E:82-86
> #14/E:82-86 #15/E:82-86 #16/E:82-86 #17/E:82-86 #18/E:82-86 #19/E:82-86
> #20/E:82-86 #21/E:82-86

1734 atoms, 1714 bonds, 100 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [82-86] RMSD: 96.339  
  

> show sel atoms

> style sel ball

Changed 1734 atom styles  

> contacts sel interModel false intraMol false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    428 contacts
                                       atom1                                                                          atom2                                      overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CD2    0.276    3.049
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N         0.265    2.985
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C THR 303 C       0.212    3.128
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O         0.209    2.751
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 N      0.204    3.046
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 CZ      0.198    3.127
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 C      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       0.195    2.985
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      0.191    3.134
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         0.179    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HD2       0.157    2.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH2     0.155    2.470
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CD     0.140    2.560
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 304 C       0.131    3.209
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         0.127    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 N      0.124    2.501
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       0.122    3.058
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        0.103    3.077
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CG     0.097    3.228
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 HZ      0.091    2.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 CG      0.067    3.113
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 HB       0.062    2.578
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     0.057    3.425
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 308 CG1     0.051    3.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         0.050    2.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     0.048    3.132
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 CD1     0.048    3.352
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 CD      0.047    3.435
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 C       0.046    3.279
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CE2     0.045    3.437
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 CB     0.042    3.358
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 OE1     0.042    3.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 HZ      0.040    2.585
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 HA3     0.034    2.446
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     0.031    3.369
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 CG1    0.029    3.453
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 H      0.021    1.979
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       0.017    2.463
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD        0.017    3.308
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A TYR 269 CE1     0.015    3.467
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CB       0.013    3.387
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 CD     0.011    3.314
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 304 N       0.006    3.259
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CD2     0.004    3.478
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 C       0.002    2.698
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HG2    0.002    2.623
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 O       -0.006    2.486
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD2     -0.007    3.187
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.018    2.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 CD2       -0.022    3.202
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N         -0.024    2.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 HA     -0.026    2.651
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 C       -0.027    3.427
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 CG1      -0.027    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1       -0.028    3.278
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     -0.029    3.209
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.031    2.813
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 HB3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.040    2.520
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       -0.041    3.221
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.042    3.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA        -0.043    3.368
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG1     -0.044    3.444
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH22    -0.044    2.044
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     -0.046    2.746
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CG     -0.046    2.746
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 HD3     -0.048    2.673
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 CA      -0.048    3.373
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 CA     -0.049    3.374
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 HG2      -0.049    2.674
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG2     -0.053    2.753
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 H      -0.053    2.678
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.054    3.014
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     -0.055    2.755
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11      -0.055    2.680
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 HA      -0.055    2.680
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 HG12     -0.055    2.680
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 CD      -0.057    3.457
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 CG      -0.058    3.383
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CB     -0.058    2.758
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.058    2.538
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CD     -0.058    3.383
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CZ      -0.063    3.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CB     -0.067    3.392
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.069    2.769
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E CYS 83 SG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D LEU 250 CD1      -0.069    3.551
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.071    2.696
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     -0.071    2.551
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 HA      -0.071    2.853
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH2     -0.073    3.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH1     -0.073    3.323
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CA       -0.076    3.476
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 C       -0.077    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 HB2    -0.078    2.778
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.081    3.481
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 OG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         -0.084    2.664
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.084    3.484
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 HB3    -0.084    2.709
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 C       -0.085    2.785
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 304 O       -0.086    2.806
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2       -0.087    3.337
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C TYR 321 OH      -0.088    2.588
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 CZ      -0.091    3.416
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG11    -0.098    2.578
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1       -0.098    2.798
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 C       -0.100    2.800
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HG1     -0.102    2.102
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 C      -0.105    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 CD        -0.106    3.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HA       -0.106    2.806
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD2     -0.108    3.288
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HG1     -0.110    2.735
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG1     -0.111    2.811
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 301 O       -0.112    2.817
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 HE2     -0.113    2.813
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 O         -0.114    3.294
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.114    3.514
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 HZ     -0.115    2.815
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 NH1     -0.116    2.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HE2     -0.116    2.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 CG2    -0.118    2.818
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HB      -0.120    2.120
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 CA        -0.121    2.821
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HA     -0.123    2.748
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.128    3.308
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PRO 63 HD3       -0.128    2.608
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HB2      -0.129    2.829
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG11    -0.130    2.130
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 HE1     -0.131    2.831
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 CZ      -0.131    2.831
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 308 HG11    -0.131    2.913
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.133    2.833
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CE     -0.134    2.834
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 NE2       -0.134    3.459
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.135    2.840
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 HB3    -0.136    2.136
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG22    -0.138    2.138
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 CB     -0.138    2.838
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 CD      -0.139    2.839
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 CD1     -0.139    2.839
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HG3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.140    2.840
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HG3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG2     -0.141    2.841
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C THR 303 CA      -0.142    3.482
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 O       -0.142    2.847
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 HD3     -0.143    2.143
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CB     -0.144    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 HG13   -0.145    2.927
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 HE1     -0.146    2.146
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H         -0.149    2.774
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CG      -0.149    3.631
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 CE1     -0.150    2.850
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 62 O         -0.153    3.113
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O         -0.158    2.863
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 CE2     -0.159    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 HA     -0.160    2.160
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 HD2     -0.162    2.862
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.162    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 HE3    -0.164    2.864
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CE2    -0.165    2.865
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.166    2.866
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CA     -0.167    3.492
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 HE2    -0.169    2.869
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 HG2     -0.170    2.795
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CD     -0.171    3.496
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.172    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 C         -0.174    3.499
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 CG2     -0.175    3.500
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CG     -0.175    3.500
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 CD2     -0.177    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 HA       -0.178    2.803
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D THR 296 O       -0.179    2.884
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 CA      -0.179    2.879
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CD2    -0.179    2.879
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 CA      -0.179    3.661
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CE2    -0.180    3.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 HG12     -0.181    2.881
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 HB      -0.183    2.808
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 OE1     -0.185    2.665
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 C       -0.186    2.886
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.186    3.586
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E CYS 83 SG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D LEU 250 HD11     -0.191    2.973
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 CZ      -0.192    2.892
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 HH11      -0.193    2.193
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.194    3.374
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.194    2.894
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 HE2     -0.194    2.194
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 HD11    -0.194    2.894
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 CB       -0.196    3.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 CG1      -0.198    2.898
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 CD     -0.199    2.899
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 HE2     -0.199    2.199
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CD2     -0.202    2.902
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 CA      -0.204    3.384
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CE1     -0.205    3.687
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 HG2     -0.205    2.205
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 O       -0.206    3.386
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E CYS 83 SG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B GLN 326 O       -0.206    3.068
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 N         -0.207    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 HD3    -0.209    2.834
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 N       -0.209    2.834
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.209    3.609
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 84 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 302 NE2    -0.209    3.534
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CZ     -0.210    2.910
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 HD2     -0.215    2.215
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 HG21   -0.217    2.217
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     -0.218    3.618
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.223    2.703
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 H        -0.223    2.848
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E SER 84 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 302 HE21   -0.225    2.925
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 SD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 HE2    -0.228    3.010
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 327 OG      -0.229    3.429
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH21   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 HA      -0.230    2.230
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG        -0.230    3.555
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 HG12     -0.230    2.930
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 CA     -0.232    2.932
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CB      -0.232    2.932
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CG     -0.233    2.933
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CG        -0.234    3.559
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.235    3.415
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 CE      -0.235    3.415
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLN 379 CD       -0.236    3.576
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA        -0.236    2.236
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 OE2     -0.238    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 CG1      -0.238    3.638
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 HE3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 CE2     -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HG3     -0.240    2.720
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C GLN 302 C       -0.241    3.566
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 CD     -0.242    2.942
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 HE2    -0.242    2.242
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 SD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D THR 254 CG2      -0.243    3.725
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CD1     -0.243    3.725
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2       -0.243    2.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HG21    -0.246    2.946
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 312 CE1     -0.246    3.646
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 HE2     -0.246    2.946
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 CB      -0.247    2.947
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ARG 311 C       -0.248    3.648
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 O       -0.248    2.328
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CE2    -0.249    3.649
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HG21    -0.249    2.949
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 SD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C TYR 321 CE1    -0.250    3.732
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 CD2     -0.253    3.653
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.254    2.334
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 C      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 HA3     -0.254    2.954
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 CG2    -0.255    3.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HA     -0.256    2.956
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 HD3    -0.256    2.256
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CD      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        -0.256    3.436
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HH11   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 223 CZ      -0.257    2.957
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 CZ      -0.257    3.582
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 O         -0.257    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 CG     -0.258    3.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HA        -0.259    2.959
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 O       -0.262    2.342
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG2     -0.263    3.663
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 CD      -0.264    3.589
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 N     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 CG2    -0.265    3.590
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH12    -0.267    2.892
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG11    -0.268    2.968
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH22    -0.268    2.893
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.270    3.450
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HA      -0.271    2.271
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 HG21   -0.271    2.896
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 CG       -0.272    3.597
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HA       -0.272    2.272
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 HG21   -0.273    2.273
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD1     -0.274    2.979
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG2     -0.275    2.975
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 SG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 CD        -0.276    3.758
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 HG22   -0.277    3.059
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.278    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 HG22   -0.279    2.279
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HH11   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C LYS 305 CD      -0.280    2.980
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.282    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C TYR 54 HB2       -0.282    2.762
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 HE2     -0.283    2.983
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 HE3    -0.284    2.284
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HD23    -0.284    3.066
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD        -0.289    3.614
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 HB       -0.290    2.990
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.291    2.771
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.293    2.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 HG2      -0.293    2.293
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD2     -0.294    2.999
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C LYS 330 HD2    -0.298    2.923
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 CE2     -0.298    2.998
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E MET 85 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         -0.299    2.379
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.299    2.999
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HB      -0.299    2.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HE2     -0.301    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 C      -0.301    3.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3       -0.301    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CZ     -0.302    3.702
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        -0.302    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D THR 254 HG22     -0.302    2.302
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH11    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 61 NH1       -0.302    2.927
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 CE2     -0.303    3.703
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD1     -0.304    3.484
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B LEU 327 O       -0.304    2.784
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.306    2.931
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 CE2     -0.306    3.706
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D VAL 253 HG12     -0.307    2.307
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 CD1     -0.308    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CB       -0.309    3.009
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.309    3.009
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E SER 84 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C TYR 321 OH      -0.312    3.512
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 81 C         -0.313    3.638
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 HE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 H        -0.313    2.313
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG22    -0.313    2.313
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLU 384 C      -0.315    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.315    2.940
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 CG2    -0.316    3.641
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C MET 331 HG2     -0.316    2.796
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 CB      -0.318    3.643
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 N       -0.321    3.646
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.323    3.723
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.323    3.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CA       -0.323    3.023
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 HD2    -0.324    2.949
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 53 HG13      -0.324    2.324
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG22    -0.324    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C SER 327 HG      -0.324    3.024
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 HG21    -0.325    2.325
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH21   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 CA      -0.325    3.025
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 HB       -0.325    2.950
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A TYR 269 CZ      -0.328    3.810
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.329    3.729
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 HZ      -0.330    2.330
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 HG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CG     -0.331    3.031
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG11    -0.331    2.331
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 HG3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG21    -0.332    2.332
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 86 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C THR 303 N       -0.333    3.598
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.333    3.513
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLN 379 CD       -0.333    3.673
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CD2    -0.333    3.733
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C THR 296 C       -0.335    3.035
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HH11  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 N      -0.336    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HG2    -0.337    2.337
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.337    3.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CE     -0.337    3.737
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 CE     -0.339    3.739
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 HA      -0.339    2.339
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 O       -0.340    3.202
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 HE2    -0.341    2.341
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 SD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 308 HG13    -0.342    3.124
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 OE2       -0.343    3.048
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG21    -0.343    2.343
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CA       -0.346    3.046
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG13    -0.346    2.346
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 CB     -0.346    3.046
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 82 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASP 328 OD2     -0.350    2.830
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 HA3       -0.350    2.350
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 CG      -0.351    3.051
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CD     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CD2     -0.351    3.751
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLY 328 CA      -0.351    3.051
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 301 HG22    -0.351    2.976
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HD23    -0.351    2.351
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG13    -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 HB2      -0.353    2.353
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E CYS 83 HG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A GLU 39 HG2       -0.354    2.354
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C GLN 379 OE1      -0.354    3.074
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 O       -0.354    3.059
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C TYR 307 CE2     -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C THR 303 HG21   -0.354    3.054
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C ASP 309 OD2     -0.355    3.060
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C TYR 321 HH      -0.355    2.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 20 CA        -0.356    3.681
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 CE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D THR 254 HG22     -0.356    3.056
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D THR 296 O       -0.356    2.436
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D ALA 297 O       -0.356    2.436
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 HD11    -0.359    2.359
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D TYR 307 HE2     -0.359    2.359
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C VAL 325 HG11   -0.359    3.141
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E SER 84 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.361    3.061
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 82 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ARG 324 HH12    -0.361    2.361
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 HG11    -0.362    2.987
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 HB3    -0.363    3.063
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 CG1     -0.363    3.063
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 HG13      -0.365    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.365    2.365
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C VAL 76 CG1       -0.365    3.765
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 NE      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 N        -0.366    3.616
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 C       -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ARG 311 HB3    -0.367    2.367
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 OE1     -0.367    2.847
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG2     -0.368    3.768
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 HG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ILE 376 HG22     -0.368    2.368
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E ARG 86 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C VAL 301 CG1     -0.369    3.694
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A PHE 282 HZ      -0.369    3.069
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 82 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLU 58 CD        -0.369    3.069
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D THR 296 O       -0.370    3.550
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 385 CZ     -0.371    3.771
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D LEU 334 HD13    -0.372    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 SD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 CE2    -0.373    3.855
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 HG2       -0.375    2.375
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 317 CZ      -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD        -0.376    3.776
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A LEU 327 HA      -0.376    3.158
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E CYS 83 SG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B GLU 329 OE2     -0.377    3.239
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E MET 85 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 312 CE2     -0.377    3.077
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 CG      -0.378    3.703
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E CYS 83 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A TYR 269 OH      -0.380    2.880
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 CE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 317 CE2    -0.381    3.781
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 312 CA      -0.382    3.082
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D GLU 202 HA     -0.382    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 CG      -0.385    3.085
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG2     -0.386    3.786
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E SER 84 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 52 O         -0.386    2.866
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E ARG 82 HA     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C VAL 308 HG11    -0.387    2.387
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E CYS 83 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B GLN 326 CG      -0.388    3.788
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E CYS 83 SG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 331 SD     -0.388    3.552
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 305 HA      -0.389    3.089
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E ARG 82 HD3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C VAL 377 O        -0.389    2.869
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ARG 19 O         -0.389    3.094
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E MET 85 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 317 CE2     -0.390    3.090
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E ARG 86 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/D GLU 246 CA       -0.390    3.715
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 82 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C LYS 330 HZ1     -0.390    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 17 CD        -0.392    3.092
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C MET 383 O      -0.393    2.873
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E MET 85 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 312 CD2    -0.393    3.093
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E MET 85 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D VAL 308 CG1     -0.394    3.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 82 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D VAL 205 CB     -0.394    3.719
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E ARG 86 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ASP 203 OD2     -0.394    3.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E CYS 83 HG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B GLN 326 HG2     -0.394    2.394
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E ARG 86 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D LYS 299 O       -0.396    3.576
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ARG 86 HE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 379 HG2    -0.397    2.397
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E MET 85 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C ALA 332 CB       -0.398    3.098
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E ARG 86 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLY 82 H         -0.399    2.399
    

  
428 contacts  

> select up

1892 atoms, 1845 bonds, 109 residues, 14 models selected  

> hide sel cartoons

> hide sel atoms

> select #1/E:82

24 atoms, 23 bonds, 1 residue, 1 model selected  

> select #1/E:82-86 #2/E:82-86 #3/E:82-86 #4/E:82-86 #5/E:82-86 #7/E:82-86
> #8/E:82-86 #9/E:82-86 #10/E:82-86 #11/E:82-86 #12/E:82-86 #13/E:82-86
> #14/E:82-86 #15/E:82-86 #16/E:82-86 #17/E:82-86 #18/E:82-86 #19/E:82-86
> #20/E:82-86 #21/E:82-86

1734 atoms, 1714 bonds, 100 residues, 20 models selected  
Clustal Omega Alignment [ID: 1] region chain E..chain E [82-86] RMSD: 96.339  
  

> hide sel atoms

> select clear

Drag select of 88 residues  

> select up

2943 atoms, 2953 bonds, 165 residues, 10 models selected  

> select up

68421 atoms, 69071 bonds, 4250 residues, 10 models selected  

> select clear

Drag select of 18 residues  

> select up

2904 atoms, 2899 bonds, 188 residues, 10 models selected  

> select up

68417 atoms, 69067 bonds, 4250 residues, 10 models selected  
Drag select of 98 residues  

> select up

5203 atoms, 5226 bonds, 317 residues, 10 models selected  

> select up

68421 atoms, 69071 bonds, 4250 residues, 10 models selected  

> select clear

Drag select of 18 residues  

> select up

989 atoms, 983 bonds, 69 residues, 10 models selected  

> select up

68421 atoms, 69071 bonds, 4250 residues, 10 models selected  

> select clear

Drag select of 10 residues  
[Repeated 1 time(s)]

> select #1/A-B:136-246 #2/A-B:136-246 #3/A-B:136-246 #4/A-B:136-246
> #5/A-B:136-246 #7/A-B:136-246 #8/A-B:136-246 #9/A-B:136-246 #10/A-B:136-246
> #11/A-B:136-246 #12/A-B:136-246 #13/A-B:136-246 #14/A-B:136-246
> #15/A-B:136-246 #16/A-B:136-246 #17/A-B:136-246 #18/A-B:136-246
> #19/A-B:136-246 #20/A-B:136-246 #21/A-B:136-246

70746 atoms, 71066 bonds, 10 pseudobonds, 4440 residues, 21 models selected  

> select #1/A-B:136-246 #2/A-B:136-246 #3/A-B:136-246 #4/A-B:136-246
> #5/A-B:136-246 #7/A-B:136-246 #8/A-B:136-246 #9/A-B:136-246 #10/A-B:136-246
> #11/A-B:136-246 #12/A-B:136-246 #13/A-B:136-246 #14/A-B:136-246
> #15/A-B:136-246 #16/A-B:136-246 #17/A-B:136-246 #18/A-B:136-246
> #19/A-B:136-246 #20/A-B:136-246 #21/A-B:136-246

70746 atoms, 71066 bonds, 10 pseudobonds, 4440 residues, 21 models selected  
3 [ID: 3] region 40 chains [136-246] RMSD: 0.722  
  

> select #1/A-B:248-250 #2/A-B:248-250 #3/A-B:248-250 #4/A-B:248-250
> #5/A-B:248-250 #7/A-B:248-250 #8/A-B:248-250 #9/A-B:248-250 #10/A-B:248-250
> #11/A-B:248-250 #12/A-B:248-250 #13/A-B:248-250 #14/A-B:248-250
> #15/A-B:248-250 #16/A-B:248-250 #17/A-B:248-250 #18/A-B:248-250
> #19/A-B:248-250 #20/A-B:248-250 #21/A-B:248-250

2120 atoms, 2160 bonds, 120 residues, 20 models selected  

> select #1/A-B:248-250 #2/A-B:248-250 #3/A-B:248-250 #4/A-B:248-250
> #5/A-B:248-250 #7/A-B:248-250 #8/A-B:248-250 #9/A-B:248-250 #10/A-B:248-250
> #11/A-B:248-250 #12/A-B:248-250 #13/A-B:248-250 #14/A-B:248-250
> #15/A-B:248-250 #16/A-B:248-250 #17/A-B:248-250 #18/A-B:248-250
> #19/A-B:248-250 #20/A-B:248-250 #21/A-B:248-250

2120 atoms, 2160 bonds, 120 residues, 20 models selected  
3 [ID: 3] region 40 chains [248-250] RMSD: 0.718  
  

> select #1/A-B:247-248 #2/A-B:247-248 #3/A-B:247-248 #4/A-B:247-248
> #5/A-B:247-248 #7/A-B:247-248 #8/A-B:247-248 #9/A-B:247-248 #10/A-B:247-248
> #11/A-B:247-248 #12/A-B:247-248 #13/A-B:247-248 #14/A-B:247-248
> #15/A-B:247-248 #16/A-B:247-248 #17/A-B:247-248 #18/A-B:247-248
> #19/A-B:247-248 #20/A-B:247-248 #21/A-B:247-248

1680 atoms, 1680 bonds, 80 residues, 20 models selected  

> select #1/A-B:247-248 #2/A-B:247-248 #3/A-B:247-248 #4/A-B:247-248
> #5/A-B:247-248 #7/A-B:247-248 #8/A-B:247-248 #9/A-B:247-248 #10/A-B:247-248
> #11/A-B:247-248 #12/A-B:247-248 #13/A-B:247-248 #14/A-B:247-248
> #15/A-B:247-248 #16/A-B:247-248 #17/A-B:247-248 #18/A-B:247-248
> #19/A-B:247-248 #20/A-B:247-248 #21/A-B:247-248

1680 atoms, 1680 bonds, 80 residues, 20 models selected  
3 [ID: 3] region 40 chains [247-248] RMSD: 0.809  
  

> select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
> #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
> #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
> #20/A-B:246 #21/A-B:246

960 atoms, 920 bonds, 40 residues, 20 models selected  

> select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
> #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
> #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
> #20/A-B:246 #21/A-B:246

960 atoms, 920 bonds, 40 residues, 20 models selected  
3 [ID: 3] region 40 chains [246] RMSD: 0.864  
  

> select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
> #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
> #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
> #20/A-B:246 #21/A-B:246

960 atoms, 920 bonds, 40 residues, 20 models selected  

> select #1/A-B:246 #2/A-B:246 #3/A-B:246 #4/A-B:246 #5/A-B:246 #7/A-B:246
> #8/A-B:246 #9/A-B:246 #10/A-B:246 #11/A-B:246 #12/A-B:246 #13/A-B:246
> #14/A-B:246 #15/A-B:246 #16/A-B:246 #17/A-B:246 #18/A-B:246 #19/A-B:246
> #20/A-B:246 #21/A-B:246

960 atoms, 920 bonds, 40 residues, 20 models selected  
3 [ID: 3] region 40 chains [246] RMSD: 0.864  
  

> show sel atoms

> contacts sel interModel false intraMol false select true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    193 contacts
                                        atom1                                                                         atom2                                      overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.149    2.476
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.111    2.514
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    0.100    2.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.088    3.162
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     0.059    3.191
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      0.054    3.271
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     0.043    3.282
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      0.043    3.282
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CD     0.041    3.284
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    0.039    3.211
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CD     0.036    3.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    0.030    3.220
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CD      0.026    3.299
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     0.025    3.300
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     0.022    3.228
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 CD      0.013    3.312
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      0.012    3.313
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CD      0.008    3.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    0.007    1.993
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      0.004    3.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HD3    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 O      -0.004    2.484
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HB2    -0.007    2.632
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CD    -0.008    3.333
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     -0.011    3.261
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CD      -0.011    3.336
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CD     -0.012    2.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 O      -0.014    3.194
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     -0.016    3.341
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.025    2.650
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.031    3.356
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.035    2.735
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    -0.035    3.360
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    -0.040    2.665
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 HG3    -0.044    2.669
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     -0.045    3.370
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 HG3     -0.059    2.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    -0.065    3.315
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      -0.067    3.392
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 HG3     -0.067    2.692
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 NE2    -0.069    3.319
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.088    2.088
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   -0.089    3.339
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      -0.091    2.791
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    -0.101    2.726
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CD     -0.103    2.803
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 HG3   -0.105    2.730
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CG     -0.107    2.807
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 HG3     -0.113    2.738
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CG     -0.113    2.813
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 NE2     -0.118    3.368
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 HG3     -0.119    2.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     -0.127    3.452
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     -0.130    2.755
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 HG3    -0.133    2.133
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     -0.137    2.842
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 HG3    -0.139    2.139
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 HG3     -0.139    2.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     -0.141    3.466
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 HG3    -0.141    2.766
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.144    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 NE2     -0.148    3.398
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 HG3     -0.151    2.151
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     -0.153    2.153
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.153    3.478
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 CD      -0.153    3.478
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     -0.155    2.155
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 HG3    -0.158    2.158
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 HG3     -0.161    2.161
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    -0.162    2.162
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 HG3     -0.162    2.162
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 HE22    -0.162    2.787
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.165    2.865
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 NE2     -0.168    3.418
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 HG3    -0.169    2.169
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 HG3    -0.169    2.169
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     -0.169    2.169
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.170    2.795
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    -0.170    3.495
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      -0.175    3.575
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 HG3     -0.179    2.179
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CD      -0.179    2.879
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 HG3     -0.181    2.181
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     -0.181    3.431
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 HG3     -0.182    2.182
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      -0.183    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 HG3    -0.186    2.186
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      -0.189    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   -0.193    2.193
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CG     -0.193    3.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 CD      -0.194    2.894
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    -0.197    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CG     -0.199    3.524
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      -0.201    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CD    -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 HG3   -0.205    2.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 HG3     -0.207    2.832
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.208    3.533
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 HG3    -0.211    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 HG3   -0.211    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CG      -0.215    3.540
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 HG3    -0.218    2.843
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 HG3    -0.218    2.218
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 CD     -0.219    3.544
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH12  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CD    -0.220    2.920
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CG     -0.221    3.546
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CG     -0.221    3.546
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E GLN 214 CG      -0.222    3.547
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CD      -0.226    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 HG3     -0.226    2.851
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CD      -0.229    2.929
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 NE2     -0.232    3.557
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NE     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 CB     -0.233    3.558
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CG      -0.236    3.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     -0.236    3.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     -0.240    2.940
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 NE2     -0.244    3.494
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CD     -0.249    2.949
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 NE2     -0.251    3.501
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CG      -0.254    3.579
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 NE2     -0.254    3.579
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CG    -0.256    3.581
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 NH1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 NE2    -0.257    3.507
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 CD      -0.259    2.959
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    -0.260    3.510
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CG     -0.261    3.586
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      -0.261    3.586
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 HG3     -0.263    2.888
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CD     -0.263    3.588
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      -0.264    3.589
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CG      -0.269    3.594
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 NE2     -0.269    3.594
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      -0.270    3.595
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 NE2    -0.270    3.520
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLU 210 OE2     -0.272    2.352
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 CG      -0.274    3.599
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 NE2   -0.276    3.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.280    2.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 OE2    -0.282    3.462
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CG     -0.282    2.982
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     -0.292    3.472
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH12    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CD      -0.294    2.994
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    -0.294    3.619
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HB2    -0.297    2.997
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLU 210 HG3    -0.298    2.923
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CG     -0.301    3.626
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CG      -0.302    3.002
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CG     -0.304    3.004
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E GLN 214 OE1     -0.306    3.011
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.308    3.008
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.308    3.008
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 HG3    -0.310    2.935
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 NE2   -0.310    3.635
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E GLN 214 CD      -0.310    3.710
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    -0.311    3.561
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLN 214 CG      -0.315    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 NE2    -0.316    3.641
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 CG     -0.321    3.646
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 HH21   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 NE2    -0.325    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 HH21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      -0.327    3.027
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 HE21   -0.327    3.027
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.330    3.655
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 246 NH1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E GLN 214 NE2     -0.331    3.581
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      -0.332    3.657
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A ARG 246 NH2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E GLN 214 HG3    -0.333    2.958
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CG     -0.336    3.036
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 246 NH2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E GLU 210 CG      -0.339    3.664
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 NE2    -0.339    3.664
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 NE2    -0.340    2.965
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B ARG 246 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/D GLN 200 CB     -0.341    3.741
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E GLN 214 CD      -0.342    3.742
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CG      -0.343    3.043
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CD      -0.344    3.744
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 NH2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 CD     -0.348    3.673
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CD     -0.349    3.749
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E GLN 214 CD     -0.350    3.750
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E GLN 214 CG      -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A ARG 246 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E GLN 214 CD     -0.358    3.758
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E GLN 214 CG    -0.365    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CG      -0.378    3.078
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E GLN 214 CD      -0.379    3.779
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HE     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLU 210 OE2    -0.380    2.460
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 HH12   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.380    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH12   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CD     -0.380    3.080
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A ARG 246 HH22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E GLN 214 CG     -0.382    3.082
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 NH1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 NE2    -0.386    3.636
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E GLN 214 NE2    -0.387    3.712
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 246 HH22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E GLN 214 CG      -0.388    3.088
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E GLN 214 CD     -0.393    3.793
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ARG 246 HH22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E GLN 214 CG     -0.394    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 HH22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLN 214 CG    -0.396    3.096
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 246 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E GLN 214 CD      -0.397    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A ARG 246 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E GLU 210 OE2   -0.400    3.580
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ARG 246 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E GLN 214 CD     -0.400    3.800
    

  
193 contacts  

> ui tool show Log

> select clear

Drag select of 560 residues  

> select up

13500 atoms, 13631 bonds, 842 residues, 6 models selected  

> select up

26446 atoms, 26710 bonds, 1680 residues, 6 models selected  

> sequence align sel

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: U4G5NF3SQB6BNK04  
Webservices job finished: U4G5NF3SQB6BNK04  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/D,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> select #1/D:46

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select #1/D:46-105 #2/D:46-105 #3/D:46-105 #4/D:46-105 #7/D:46-105
> #10/D:46-105

5898 atoms, 5964 bonds, 360 residues, 6 models selected  
Clustal Omega Alignment [ID: 2] region chain D..chain D [46-105] RMSD: 6.624  
  

> select clear

[Repeated 2 time(s)]

> hide atoms

> select Mg

80 atoms, 12 bonds, 80 residues, 20 models selected  

> show sel atoms

> style sel sphere

Changed 80 atom styles  

> color sel blue

> select clear

Drag select of 20 residues  

> select up

1562 atoms, 1564 bonds, 88 residues, 10 models selected  

> select up

68417 atoms, 69067 bonds, 4250 residues, 10 models selected  

> select clear

Drag select of 10 residues  

> select up

1880 atoms, 1908 bonds, 112 residues, 10 models selected  

> select up

68421 atoms, 69071 bonds, 4250 residues, 10 models selected  

> select clear

Drag select of 10 residues  

> select up

4152 atoms, 4202 bonds, 282 residues, 10 models selected  

> select up

68417 atoms, 69067 bonds, 4250 residues, 10 models selected  

> select clear

Drag select of 20 residues  

> sequence chain #1/B#2/B#3/B#4/B#5/B#7/A#8/A#9/A#10/A#11/A

Alignment identifier is 2  

> select up

2904 atoms, 2899 bonds, 188 residues, 10 models selected  

> select down

300 atoms, 20 residues, 10 models selected  

> select clear

> select /A,B:169

560 atoms, 520 bonds, 40 residues, 20 models selected  

> select clear

Drag select of 10 residues  

> sequence chain #1/A#2/A#3/A#4/A#5/A#7/B#8/B#9/B#10/B#11/B

Alignment identifier is 3  

> select up

858 atoms, 848 bonds, 56 residues, 10 models selected  

> select down

140 atoms, 10 residues, 10 models selected  

> show sel atoms

> color sel black

> select /A,B:169

560 atoms, 520 bonds, 40 residues, 20 models selected  

> show sel atoms

[Repeated 1 time(s)]

> color sel black

> style sel ball

Changed 560 atom styles  

> select add #1

34085 atoms, 34635 bonds, 205 pseudobonds, 2022 residues, 23 models selected  

> select subtract #1

532 atoms, 494 bonds, 38 residues, 20 models selected  

> select add #2

34059 atoms, 34610 bonds, 21 pseudobonds, 2020 residues, 21 models selected  

> select subtract #2

504 atoms, 468 bonds, 36 residues, 19 models selected  

> select add #3

34026 atoms, 34579 bonds, 24 pseudobonds, 2018 residues, 20 models selected  

> select subtract #3

476 atoms, 442 bonds, 34 residues, 18 models selected  

> select add #4

33997 atoms, 34554 bonds, 26 pseudobonds, 2016 residues, 19 models selected  

> select subtract #4

448 atoms, 416 bonds, 32 residues, 17 models selected  

> select add #5

33975 atoms, 34534 bonds, 33 pseudobonds, 2014 residues, 18 models selected  

> select subtract #5

420 atoms, 390 bonds, 30 residues, 16 models selected  

> select add #7

33946 atoms, 34506 bonds, 19 pseudobonds, 2012 residues, 17 models selected  

> select subtract #7

392 atoms, 364 bonds, 28 residues, 15 models selected  

> select add #8

33913 atoms, 34474 bonds, 36 pseudobonds, 2010 residues, 16 models selected  

> select subtract #8

364 atoms, 338 bonds, 26 residues, 14 models selected  

> select add #9

33885 atoms, 34449 bonds, 33 pseudobonds, 2008 residues, 15 models selected  

> select subtract #9

336 atoms, 312 bonds, 24 residues, 13 models selected  

> select add #10

33856 atoms, 34421 bonds, 22 pseudobonds, 2006 residues, 14 models selected  

> select subtract #10

308 atoms, 286 bonds, 22 residues, 12 models selected  

> select add #11

33831 atoms, 34398 bonds, 25 pseudobonds, 2004 residues, 13 models selected  

> select subtract #11

280 atoms, 260 bonds, 20 residues, 11 models selected  

> show sel cartoons

[Repeated 1 time(s)]

> hide sel atoms

> select clear

> select /A,B:169

560 atoms, 520 bonds, 40 residues, 20 models selected  

> hide sel atoms

> select clear

Drag select of 24 residues  
Drag select of 10 residues  

> select clear

[Repeated 1 time(s)]Drag select of 1 residues  

> select #3/A:375

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select /A,B:1-30

17720 atoms, 17960 bonds, 1200 residues, 20 models selected  

> hide sel cartoons

> select /A,B:31-375

226039 atoms, 228119 bonds, 103 pseudobonds, 13800 residues, 21 models
selected  

> show sel cartoons

> select /A,B:376-425

29919 atoms, 30119 bonds, 2000 residues, 20 models selected  

> hide sel cartoons

> select clear

[Repeated 1 time(s)]

> select /A,B:169

560 atoms, 520 bonds, 40 residues, 20 models selected  

> color sel bychain

> select clear

Drag select of 137 residues  

> select up

8609 atoms, 8630 bonds, 499 residues, 20 models selected  

> select up

136840 atoms, 138140 bonds, 8500 residues, 20 models selected  

> sequence align sel

Alignment identifier is 4  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 4  
Webservices job id: GL76BBUV7FXPHUJW  
Webservices job finished: GL76BBUV7FXPHUJW  

> select clear

Drag select of 298 residues  
Drag select of 40 residues  

> sequence align sel

Alignment identifier is 4  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 4  
Webservices job id: P8AX474HVT92JQDJ  
Webservices job finished: P8AX474HVT92JQDJ  

> sequence header 4 rmsd show

Chains used in RMSD evaluation for alignment 4:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 4  

> sequence header 4 conservation hide

Hiding conservation header for alignment 4  

> select clear

> save /Users/pcarlton/Desktop/dsb123113compareX-dsb3too.cxs

> select /A,B:1-38

22080 atoms, 22360 bonds, 1520 residues, 20 models selected  

> hide sel cartoons

> select /A,B:370-425

33959 atoms, 34159 bonds, 2240 residues, 20 models selected  

> hide sel cartoons

> select clear

Drag select of 464 residues  

> sequence chain
> #1/E#2/E#3/E#4/E#5/E#7/E#8/E#9/E#10/E#11/E#12/E#13/E#14/E#15/E#16/E#17/E#18/E#19/E#20/E#21/E

Alignment identifier is 4  

> select clear

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35226  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35222  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35228  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35225  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 35223  
  
Chain information for
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26  
---  
Chain | Description  
A B | No description available  
C D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33672  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33677  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33671  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33680  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> open
> /Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif

Summary of feedback from opening
/Users/pcarlton/dsb123113_c/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33677  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> select #22-31

343251 atoms, 349267 bonds, 159 pseudobonds, 20365 residues, 20 models
selected  

> hide sel atoms

> mmaker #22-31/E to #1/E

Computing secondary structure  
[Repeated 9 time(s)]  Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain E
(#22), sequence alignment score = 1717.2  
RMSD between 161 pruned atom pairs is 0.391 angstroms; (across all 345 pairs:
74.826)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain E
(#23), sequence alignment score = 1716.6  
RMSD between 180 pruned atom pairs is 0.570 angstroms; (across all 345 pairs:
66.608)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain E
(#24), sequence alignment score = 1692.6  
RMSD between 49 pruned atom pairs is 0.926 angstroms; (across all 345 pairs:
32.601)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain E
(#25), sequence alignment score = 1675.8  
RMSD between 177 pruned atom pairs is 0.495 angstroms; (across all 345 pairs:
62.168)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain E
(#26), sequence alignment score = 1694.4  
RMSD between 52 pruned atom pairs is 1.020 angstroms; (across all 345 pairs:
36.706)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain E
(#27), sequence alignment score = 1750.8  
RMSD between 183 pruned atom pairs is 0.443 angstroms; (across all 345 pairs:
15.840)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain E
(#28), sequence alignment score = 1770  
RMSD between 132 pruned atom pairs is 0.207 angstroms; (across all 345 pairs:
15.735)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain E
(#29), sequence alignment score = 1756.2  
RMSD between 176 pruned atom pairs is 0.321 angstroms; (across all 345 pairs:
26.337)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain E
(#30), sequence alignment score = 1728.6  
RMSD between 10 pruned atom pairs is 1.401 angstroms; (across all 345 pairs:
35.266)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain E
(#31), sequence alignment score = 1731  
RMSD between 179 pruned atom pairs is 0.446 angstroms; (across all 345 pairs:
19.185)  
  

> mmaker #22-31/E:160-340 to #1/E:160-340

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain E
(#22), sequence alignment score = 934.7  
RMSD between 178 pruned atom pairs is 0.405 angstroms; (across all 181 pairs:
0.505)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain E
(#23), sequence alignment score = 927.5  
RMSD between 176 pruned atom pairs is 0.575 angstroms; (across all 181 pairs:
0.820)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain E
(#24), sequence alignment score = 941.3  
RMSD between 178 pruned atom pairs is 0.598 angstroms; (across all 181 pairs:
0.692)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain E
(#25), sequence alignment score = 930.5  
RMSD between 178 pruned atom pairs is 0.497 angstroms; (across all 181 pairs:
0.587)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain E
(#26), sequence alignment score = 920.3  
RMSD between 178 pruned atom pairs is 0.513 angstroms; (across all 181 pairs:
0.599)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain E
(#27), sequence alignment score = 947.9  
RMSD between 177 pruned atom pairs is 0.394 angstroms; (across all 181 pairs:
0.688)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain E
(#28), sequence alignment score = 947.9  
RMSD between 177 pruned atom pairs is 0.266 angstroms; (across all 181 pairs:
0.636)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain E
(#29), sequence alignment score = 940.7  
RMSD between 177 pruned atom pairs is 0.316 angstroms; (across all 181 pairs:
0.644)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain E
(#30), sequence alignment score = 944.9  
RMSD between 173 pruned atom pairs is 0.588 angstroms; (across all 181 pairs:
0.887)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain E
(#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain E
(#31), sequence alignment score = 931.1  
RMSD between 175 pruned atom pairs is 0.425 angstroms; (across all 181 pairs:
0.825)  
  

> select #22-31:A/169

Nothing selected  

> select #22-31/A:169

140 atoms, 130 bonds, 10 residues, 10 models selected  

> show sel atoms

> color sel cornflower blue

> select #22-31/B:169

140 atoms, 130 bonds, 10 residues, 10 models selected  

> show sel atoms

> mmaker #22-31/A to #16/A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain A
(#22), sequence alignment score = 2030.2  
RMSD between 342 pruned atom pairs is 0.528 angstroms; (across all 425 pairs:
22.515)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain A
(#23), sequence alignment score = 2026.6  
RMSD between 329 pruned atom pairs is 0.469 angstroms; (across all 425 pairs:
17.741)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain A
(#24), sequence alignment score = 2021.8  
RMSD between 331 pruned atom pairs is 0.500 angstroms; (across all 425 pairs:
7.867)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain A
(#25), sequence alignment score = 1996  
RMSD between 330 pruned atom pairs is 0.498 angstroms; (across all 425 pairs:
8.019)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain A
(#26), sequence alignment score = 2025.4  
RMSD between 332 pruned atom pairs is 0.521 angstroms; (across all 425 pairs:
9.090)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain A
(#27), sequence alignment score = 2043.4  
RMSD between 331 pruned atom pairs is 0.306 angstroms; (across all 425 pairs:
25.134)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain A
(#28), sequence alignment score = 2023.6  
RMSD between 332 pruned atom pairs is 0.325 angstroms; (across all 425 pairs:
24.310)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain A
(#29), sequence alignment score = 2045.2  
RMSD between 325 pruned atom pairs is 0.426 angstroms; (across all 425 pairs:
21.633)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain A
(#30), sequence alignment score = 2006.8  
RMSD between 329 pruned atom pairs is 0.386 angstroms; (across all 425 pairs:
24.987)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain A
(#31), sequence alignment score = 2077.6  
RMSD between 334 pruned atom pairs is 0.399 angstroms; (across all 425 pairs:
24.274)  
  

> mmaker #22-31/A:35-365 to #16/A:35-365

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif, chain A
(#22), sequence alignment score = 1643.2  
RMSD between 328 pruned atom pairs is 0.491 angstroms; (across all 331 pairs:
0.810)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif, chain A
(#23), sequence alignment score = 1654  
RMSD between 326 pruned atom pairs is 0.469 angstroms; (across all 331 pairs:
0.668)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif, chain A
(#24), sequence alignment score = 1640.2  
RMSD between 328 pruned atom pairs is 0.499 angstroms; (across all 331 pairs:
0.898)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif, chain A
(#25), sequence alignment score = 1613.8  
RMSD between 326 pruned atom pairs is 0.493 angstroms; (across all 331 pairs:
0.779)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif, chain A
(#26), sequence alignment score = 1650.4  
RMSD between 328 pruned atom pairs is 0.512 angstroms; (across all 331 pairs:
0.826)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif, chain A
(#27), sequence alignment score = 1628.2  
RMSD between 326 pruned atom pairs is 0.290 angstroms; (across all 331 pairs:
1.189)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif, chain A
(#28), sequence alignment score = 1613.2  
RMSD between 326 pruned atom pairs is 0.310 angstroms; (across all 331 pairs:
1.150)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif, chain A
(#29), sequence alignment score = 1649.2  
RMSD between 326 pruned atom pairs is 0.415 angstroms; (across all 331 pairs:
1.068)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif, chain A
(#30), sequence alignment score = 1601.8  
RMSD between 326 pruned atom pairs is 0.382 angstroms; (across all 331 pairs:
0.872)  
  
Matchmaker fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif, chain A
(#16) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif, chain A
(#31), sequence alignment score = 1643.8  
RMSD between 327 pruned atom pairs is 0.399 angstroms; (across all 331 pairs:
1.034)  
  

> select #22-31/E:308

210 atoms, 210 bonds, 10 residues, 10 models selected  

> show sel atoms

> style sel ball

Changed 210 atom styles  

> save /Users/pcarlton/Desktop/wow.cxs

——— End of log from Fri Sep 5 17:09:26 2025 ———

> view name session-start

opened ChimeraX session  

> select clear

> select /A,B:169

840 atoms, 780 bonds, 60 residues, 30 models selected  

> hide sel atoms

> select clear

> select /E:168-345

87718 atoms, 88618 bonds, 5340 residues, 30 models selected  

> show sel cartoons

> hide sel atoms

> select clear

Drag select of 1041 residues  

> clashes interModel false

1 clashes  

> select clear

> select ~sel & ##selected

Nothing selected  

> select /E:168-345

87718 atoms, 88618 bonds, 5340 residues, 30 models selected  

> contacts sel restrict /A,B interModel false intraMol false saveFile
> dsb3spo.contacts

4003 contacts  

> contacts sel restrict /A,B interModel false intraMol false select true

4003 contacts  

> close #6

> sequence align /E

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: VT5L0VD3M92G6MEL  
Webservices job finished: VT5L0VD3M92G6MEL  

> sequence header rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header conservation hide

Hiding conservation header for alignment 1  

> select clear

Drag select of 22 residues  

> sequence align sel

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: 8P4ATEMZVB3IOJAN  
Webservices job finished: 8P4ATEMZVB3IOJAN  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> select clear

> contacts sel restrict /A,B interModel false intraMol false select true

No atoms match given atom specifier  

> select /E:168-345

87718 atoms, 88618 bonds, 5340 residues, 30 models selected  

> contacts sel restrict /A,B interModel false intraMol false select true

4003 contacts  

> select clear

> select #12-26/C,D

178806 atoms, 180967 bonds, 1 pseudobond, 11550 residues, 16 models selected  

> select clear

Drag select of 1123 residues  

> sequence align sel

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: Z6DGN5O5C5V8VS33  
Webservices job finished: Z6DGN5O5C5V8VS33  

> sequence header 3 rmsd show

Chains used in RMSD evaluation for alignment 3:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  

> sequence header 3 conservation hide

Hiding conservation header for alignment 3  

> select clear

> select #1/C:122

12 atoms, 11 bonds, 1 residue, 1 model selected  

> select #1/C:122-133 #2/C:122-133 #3/C:122-133 #4/C:122-133 #5/C:122-133
> #12/C:122-133 #13/C:122-133 #14/C:122-133 #15/C:122-133 #16/C:122-133
> #17/D:122-133 #18/D:122-133 #19/D:122-133 #20/D:122-133 #21/D:122-133

3060 atoms, 3090 bonds, 180 residues, 15 models selected  
Clustal Omega Alignment [ID: 3] region chain C..chain D [122-133] RMSD: 1.063  
  

> select #1/C:120

14 atoms, 13 bonds, 1 residue, 1 model selected  

> select #1/C:120-134 #2/C:120-134 #3/C:120-134 #4/C:120-134 #5/C:120-134
> #12/C:120-134 #13/C:120-134 #14/C:120-134 #15/C:120-134 #16/C:120-134
> #17/D:120-134 #18/D:120-134 #19/D:120-134 #20/D:120-134 #21/D:120-134

3585 atoms, 3615 bonds, 225 residues, 15 models selected  
Clustal Omega Alignment [ID: 3] region chain C..chain D [120-134] RMSD: 1.328  
  

> select clear

> close #6

> select clear

> select #1-11/B:1-106 #27-31/B:1-106

25603 atoms, 25843 bonds, 1590 residues, 15 models selected  

> select clear

> select #1-11/D:1-106 #27-31/D:1-106

25763 atoms, 25988 bonds, 1590 residues, 15 models selected  

> show sel cartoons

> color sel purple

> select clear

> select #8/D:81

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select add #5/D:37

29 atoms, 27 bonds, 2 residues, 2 models selected  

> select add #30/D:81

48 atoms, 45 bonds, 3 residues, 3 models selected  

> select add #27/D:4

72 atoms, 68 bonds, 4 residues, 4 models selected  

> select add #11/D:37

82 atoms, 77 bonds, 5 residues, 5 models selected  

> select up

446 atoms, 445 bonds, 27 residues, 5 models selected  

> select up

22038 atoms, 22258 bonds, 1400 residues, 5 models selected  

> hide sel cartoons

Drag select of 13 residues  
Drag select of 11 residues  
Drag select of 3 residues  

> select up

23369 atoms, 23595 bonds, 1482 residues, 8 models selected  

> select up

35258 atoms, 35610 bonds, 2240 residues, 8 models selected  

> hide sel cartoons

> select clear

Drag select of 385 residues  

> sequence align sel

Alignment identifier is 4  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 4  
Webservices job id: TN7CTSKYQMW12NSZ  
Webservices job finished: TN7CTSKYQMW12NSZ  

> select clear

> select #29/D:81

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select add #11/C:44

38 atoms, 36 bonds, 2 residues, 2 models selected  

> sequence align sel

Alignment identifier is 5  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 5  
Webservices job id: CXEX7NHTVOOKQ1HJ  
Webservices job finished: CXEX7NHTVOOKQ1HJ  

> sequence header 5 rmsd show

Chains used in RMSD evaluation for alignment 5:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 5  

> select #11/C:57

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select #11/C:57-77 #29/D:52-72

735 atoms, 743 bonds, 42 residues, 2 models selected  
Clustal Omega Alignment [ID: 5] region chain C..chain D [57-77] RMSD: 3.872  
  

> color (#!11,29 & sel) orange

> color (#!11,29 & sel) red

> select #11/C:102

20 atoms, 20 bonds, 1 residue, 1 model selected  

> select #11/C:102-112 #29/D:98-108

342 atoms, 343 bonds, 22 residues, 2 models selected  
Clustal Omega Alignment [ID: 5] region chain C..chain D [103-113] RMSD: 3.398  
  

> color (#!11,29 & sel) red

> select #29/D:1-116

1865 atoms, 1881 bonds, 116 residues, 1 model selected  

> show sel cartoons

Drag select of 5 residues  

> hide sel cartoons

Drag select of 3 residues  

> color sel red

> select clear

> select #29/D:47

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select up

110 atoms, 109 bonds, 7 residues, 1 model selected  

> select up

4408 atoms, 4452 bonds, 280 residues, 1 model selected  

> color sel red

> select clear

> select #11/C:112

12 atoms, 11 bonds, 1 residue, 1 model selected  

> select up

312 atoms, 315 bonds, 20 residues, 2 models selected  

> select up

5961 atoms, 6033 bonds, 385 residues, 2 models selected  

> color (#!11 & sel) forest green

> color (#!11 & sel) lime

> select clear

> select #29/D

4408 atoms, 4452 bonds, 280 residues, 1 model selected  

> show sel cartoons

> select #29/D:150-290

2022 atoms, 2040 bonds, 131 residues, 1 model selected  

> hide sel cartoons

Drag select of 1059 residues  

> select intersect /C

2455 atoms, 160 residues, 5 models selected  

> sequence chain #17/C#18/C#19/C#20/C#21/C

Alignment identifier is 6  

> select up

7192 atoms, 7274 bonds, 489 residues, 5 models selected  

> select down

2455 atoms, 160 residues, 5 models selected  

> select #17/C:181 #18/C:181 #19/C:181 #20/C:181 #21/C:181

50 atoms, 45 bonds, 5 residues, 5 models selected  

> select #17/C:181-186 #18/C:181-186 #19/C:181-186 #20/C:181-186 #21/C:181-186

450 atoms, 455 bonds, 30 residues, 5 models selected  
6 [ID: 6] region 5 chains [181-186] RMSD: 24.070  
  

> select sequence TANEFFSQP

6075 atoms, 6165 bonds, 405 residues, 30 models selected  

> show sel cartoons

> color (#!1-5,7-31 & sel) yellow

> hide sel cartoons

> show sel cartoons

> contacts sel interModel false intraMol false log true select true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: False
    
    1241 contacts
                                        atom1                                                                          atom2                                      overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.252    2.708
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 OG      0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 CG      0.234    2.946
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 O       0.216    2.964
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       0.205    2.975
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ALA 360 O      0.202    2.278
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 CD      0.200    2.980
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ALA 360 O      0.199    2.981
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 O      0.198    2.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 CD2     0.197    2.983
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 180 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      0.197    2.983
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      0.192    3.133
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 O       0.188    2.992
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 C       0.186    3.214
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 O        0.177    3.003
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A LYS 343 O       0.173    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE2    0.172    3.008
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 CB       0.167    3.013
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 O        0.167    3.013
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NH1      0.166    3.159
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D ASN 182 OD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B PHE 362 HE1     0.159    2.321
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH2      0.156    3.169
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       0.152    3.028
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       0.152    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ASN 182 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 O      0.150    3.030
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      0.150    3.175
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ASN 342 O        0.148    2.332
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      0.148    3.177
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      0.145    3.180
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 O       0.143    3.037
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH2      0.142    3.183
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 O       0.139    3.041
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NH2     0.130    3.195
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B LYS 343 O        0.124    2.356
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A ASN 342 O        0.122    2.358
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B LYS 343 O       0.121    3.059
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 C       0.121    3.279
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH1      0.119    3.206
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A LYS 343 O        0.113    2.367
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A LYS 343 O       0.113    2.367
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A LYS 343 O       0.108    3.072
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 CD       0.108    3.072
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 CD       0.102    3.078
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HE2    0.096    2.384
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      0.095    3.230
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 298 NH2      0.093    3.232
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 O        0.092    3.088
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 O       0.091    3.089
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH2      0.091    3.234
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       0.088    3.237
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A LYS 343 O       0.083    3.097
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       0.082    3.318
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CD       0.081    3.099
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ARG 157 NH2    0.081    3.244
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      0.081    2.399
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B LYS 343 O       0.077    2.403
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG2      0.074    3.326
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      0.074    2.551
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       0.072    3.328
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    0.072    2.628
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ASN 342 O        0.072    3.108
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 NH2      0.071    2.554
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 NH2     0.068    3.257
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 NH2      0.067    3.258
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 C        0.066    3.334
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ASN 342 O       0.065    2.415
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      0.064    3.261
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 CB      0.063    3.337
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 CG2      0.063    3.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HH11   0.061    2.639
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 CZ      0.060    3.340
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 N       0.056    3.269
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG2      0.055    3.345
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      0.055    3.270
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HH11   0.052    2.648
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      0.050    3.275
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      0.049    2.431
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 186 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.049    3.131
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CG1      0.048    3.352
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      0.047    3.278
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       0.046    3.279
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CG     0.044    3.356
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 HD1     0.044    2.656
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CB      0.044    2.656
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NH1      0.043    3.282
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 C        0.043    3.357
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG1     0.043    2.657
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 NH2      0.043    2.582
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B LYS 343 O       0.042    3.138
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 CB      0.042    2.658
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 OE1     0.040    2.920
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH2      0.040    3.285
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 NH1      0.040    3.285
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 HD21    0.039    1.961
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A LYS 343 O       0.038    2.442
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A LYS 343 O       0.033    2.447
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE2      0.032    3.148
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 SD     0.032    3.450
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 CD       0.031    3.149
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 HE      0.031    1.969
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 C      0.030    3.150
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HE      0.029    1.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG2     0.028    2.452
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG1     0.027    2.673
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 CB      0.027    3.373
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B GLU 335 OE2     0.027    2.453
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 H       0.027    2.673
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      0.026    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 NH2    0.026    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       0.025    3.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 HE2     0.021    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 HH22    0.018    1.982
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PRO 188 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E GLU 134 OE2    0.014    2.466
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A ASN 342 O        0.013    3.167
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      0.012    3.168
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       0.012    3.168
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 CB      0.011    3.389
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 O       0.011    2.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 CD1    0.010    2.690
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 C       0.010    3.390
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 186 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.009    2.471
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 O       0.007    3.173
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      0.006    3.319
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 OG       0.006    2.494
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG1      0.004    2.696
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      0.004    2.696
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 O       0.004    2.476
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 NH2     0.004    3.321
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      0.004    3.321
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      0.004    3.176
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 CG      0.003    3.397
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 HH12     0.002    2.698
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     0.002    3.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH21     0.002    2.698
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CZ      0.001    3.399
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG1      0.001    2.699
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB2      0.001    2.479
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D ASN 182 OD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B PHE 362 CE1     -0.000    3.180
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.001    2.481
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 O        -0.002    2.482
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 NH2      -0.002    2.627
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.002    2.627
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 OE1      -0.005    2.965
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       -0.005    3.405
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      -0.008    2.633
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C THR 180 HG22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PRO 366 O       -0.008    2.488
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      -0.009    2.634
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 NH2      -0.010    3.335
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.010    3.410
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 O       -0.011    3.191
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 O       -0.012    3.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD1    -0.013    3.413
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 O       -0.013    2.493
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 HH21    -0.013    2.713
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.014    3.194
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.014    2.714
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 CD2     -0.015    3.415
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 335 OE2      -0.015    3.195
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 O        -0.015    3.195
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.016    2.496
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CD2      -0.017    3.417
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CG       -0.017    3.417
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A VAL 331 CG2      -0.017    3.197
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B LYS 343 O       -0.017    3.197
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 335 OE2      -0.018    3.198
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CG      -0.019    3.419
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HD3      -0.020    2.500
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HE      -0.020    2.720
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 HG3     -0.021    2.501
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 NE2     -0.022    3.347
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.022    3.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.023    2.723
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 180 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      -0.024    3.204
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 O       -0.025    2.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.025    2.725
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      -0.025    2.725
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 OG      -0.027    2.527
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 ND2     -0.028    2.653
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 O        -0.028    2.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B LYS 343 HE3    -0.029    2.509
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.030    3.355
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HD3      -0.031    2.511
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    -0.032    2.732
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HD2    -0.032    2.512
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 HE21    -0.033    2.733
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.034    2.514
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 O       -0.034    2.514
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D THR 180 HG22   fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PRO 366 O       -0.035    2.515
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 NE      -0.035    2.660
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 O       -0.036    2.516
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 CG      -0.037    3.437
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 HE      -0.038    2.738
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 OG       -0.038    2.538
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      -0.039    2.664
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 CB      -0.039    2.739
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 CG2      -0.040    3.440
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      -0.040    3.365
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HE      -0.042    2.042
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.043    3.243
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 CB       -0.043    2.743
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 N       -0.043    2.668
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 HE2      -0.045    2.045
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D THR 180 CG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PRO 366 O       -0.045    3.225
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CD2      -0.047    3.447
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.047    3.227
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 NZ      -0.048    3.373
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.048    2.548
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CG1      -0.049    3.449
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.049    3.229
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 CE2     -0.051    3.451
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ASN 342 O       -0.051    3.231
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 OG      -0.052    2.552
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CG       -0.053    3.453
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      -0.054    3.379
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 CZ      -0.055    3.235
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 NE2     -0.056    3.381
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 HB2      -0.056    2.536
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C THR 180 CG2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PRO 366 O       -0.056    3.236
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 CD2     -0.057    3.457
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.058    3.238
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 HE21    -0.059    2.759
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CG       -0.059    3.459
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 CG      -0.059    3.459
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.060    3.385
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HG23  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ARG 157 NH2    -0.062    2.687
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.062    3.462
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 CD     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 ND1     -0.063    3.388
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      -0.063    3.388
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 298 NH2      -0.064    2.689
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 CG      -0.064    3.464
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 CE2     -0.065    3.465
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D TYR 213 CE2    -0.066    3.246
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HH21   -0.066    2.766
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B PRO 366 O        -0.067    3.247
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B THR 300 N       -0.067    2.692
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 377 O        -0.067    2.547
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 HD3      -0.068    2.548
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.068    3.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HE3     -0.068    2.548
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CZ       -0.069    3.469
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD1    -0.070    2.770
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CZ     -0.072    3.252
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 CD2     -0.072    3.472
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 HD2     -0.072    2.772
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH22     -0.072    2.772
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH1      -0.073    2.698
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH1      -0.073    2.698
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B THR 300 N       -0.073    3.398
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.074    2.554
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 CG2     -0.075    3.475
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 CG2      -0.075    3.475
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 HD21    -0.077    2.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 HD3      -0.078    2.558
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 HE2      -0.079    2.779
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.079    3.259
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 HB3      -0.079    2.779
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH1      -0.080    2.705
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.081    3.481
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.081    2.561
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 NH2      -0.082    2.707
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B LYS 343 O        -0.082    3.262
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 ND2     -0.082    3.407
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 NH2     -0.083    2.708
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CD      -0.083    2.783
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH21     -0.083    2.783
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.084    3.409
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.085    3.265
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 CB      -0.086    3.486
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 O       -0.087    2.567
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 335 OE2      -0.087    2.567
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 335 OE2      -0.088    2.568
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH12     -0.088    2.788
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.090    2.795
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CB      -0.090    3.490
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 CG2      -0.091    3.491
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.092    3.272
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HG21    -0.092    2.792
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH22     -0.092    2.792
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CG      -0.093    3.273
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CG      -0.093    3.493
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      -0.093    3.418
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.094    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.096    2.796
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.096    2.721
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH1      -0.096    2.721
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 HE2      -0.097    2.797
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 HE21    -0.097    2.797
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 O       -0.100    3.280
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CZ      -0.100    2.800
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 NH2      -0.100    3.425
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 O       -0.101    3.281
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 NH1    -0.101    3.426
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 CB      -0.102    3.502
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 NE2     -0.102    3.427
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      -0.103    3.283
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.103    3.503
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B HIS 297 CD2      -0.104    3.504
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CZ       -0.105    3.505
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CB     -0.106    3.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 NE       -0.106    3.431
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.106    3.506
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.106    2.811
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 NH2      -0.107    3.432
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C GLN 187 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 OE1     -0.107    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 CZ       -0.108    3.508
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 O        -0.109    2.589
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CB       -0.109    3.509
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 NE      -0.110    2.735
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 CB      -0.110    3.510
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 HH22    -0.111    2.811
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 CB      -0.111    2.811
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B PHE 292 HE2      -0.112    2.812
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A LYS 343 O        -0.112    3.292
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 CG     -0.112    3.512
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PHE 292 CE2      -0.112    3.512
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 OH     -0.112    3.312
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CB       -0.113    2.813
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 CE2      -0.114    3.514
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG21    -0.116    2.816
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 CD     -0.117    2.817
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C THR 180 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      -0.117    2.597
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CZ      -0.117    3.517
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 ND2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D GLU 224 OE1     -0.118    2.823
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 NE      -0.118    3.443
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG1      -0.118    3.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CG2      -0.118    3.518
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ALA 181 HB1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.119    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 CD1     -0.119    3.299
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 NZ     -0.119    2.744
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HB3    -0.120    2.820
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CB       -0.121    2.821
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A GLN 303 HE21    -0.122    2.822
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HE      -0.123    2.823
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      -0.123    2.123
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.123    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 340 O      -0.123    3.083
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       -0.123    3.523
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 HB2     -0.123    2.823
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG21    -0.124    2.824
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 NE2     -0.124    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.124    3.524
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CB       -0.124    3.524
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH1      -0.124    3.449
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE1      -0.125    3.525
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 SD     -0.125    2.907
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG2      -0.125    3.525
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B PHE 292 CE2      -0.126    3.526
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH2      -0.126    3.451
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 HG2      -0.127    2.827
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 387 HE2     -0.128    2.828
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 CB      -0.128    2.828
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH11     -0.129    2.829
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 CA     -0.129    3.309
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CB      -0.131    3.531
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CA      -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.132    2.832
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.133    2.833
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CG      -0.133    3.533
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH11     -0.133    2.133
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH2      -0.134    2.759
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 HH22     -0.134    2.834
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.134    3.459
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 CA      -0.135    2.835
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 CE      -0.135    3.535
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.136    3.461
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.136    2.841
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 O       -0.136    3.316
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 335 OE2     -0.137    2.617
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CG      -0.137    3.317
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.138    3.463
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CD       -0.139    2.839
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG1      -0.139    3.539
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ARG 80 NH2     -0.139    3.464
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CG      -0.140    3.540
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HB2    -0.140    2.840
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 HG21     -0.141    2.841
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HB3    -0.141    2.141
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 NH2      -0.141    3.466
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE2      -0.141    3.321
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 CD      -0.142    2.842
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 O        -0.142    3.322
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 NH1     -0.142    2.767
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 181 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      -0.143    3.323
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PRO 366 O        -0.143    3.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 HB3      -0.143    2.843
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HD3      -0.144    2.844
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 CB      -0.144    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HB3    -0.144    2.844
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 HA     -0.145    2.625
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG2      -0.145    3.545
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CG2      -0.145    2.845
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    -0.146    2.146
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 NH1      -0.146    2.851
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 CB       -0.146    3.546
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 CB       -0.146    3.546
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 CD     -0.148    3.328
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 NH2      -0.148    3.473
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HA       -0.149    2.849
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 CG     -0.149    2.849
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.149    2.849
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CG      -0.149    2.849
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 146 CD1    -0.150    2.850
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG21     -0.151    2.851
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 HB3      -0.151    2.851
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 HB3     -0.152    2.852
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HG13     -0.152    2.852
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 371 HD11     -0.152    2.852
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 NH2     -0.152    3.477
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 HB       -0.152    2.852
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HD3     -0.153    2.153
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       -0.153    2.853
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 CB      -0.153    3.553
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 331 CG2      -0.153    2.853
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 O       -0.153    2.633
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.154    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.154    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 HE1     -0.154    2.854
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 HG2     -0.154    2.854
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       -0.154    2.854
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.155    2.855
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HE2    -0.155    2.155
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.155    3.555
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH1      -0.155    3.480
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 HG21     -0.155    2.855
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HD3     -0.155    2.155
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG21     -0.155    2.855
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A LYS 343 O       -0.156    3.336
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 N       -0.156    3.481
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.156    2.856
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 CB      -0.156    3.556
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 NE1     -0.157    2.782
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 HD13   -0.157    2.157
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CD       -0.158    3.558
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.158    3.558
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 HA     -0.158    2.858
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 CD1    -0.158    3.558
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 298 NH2      -0.158    2.783
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.159    2.859
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 NH1    -0.159    3.484
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 HG23     -0.159    2.859
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 HB2     -0.160    2.160
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.160    2.860
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 HH22     -0.161    2.861
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 OG       -0.161    3.361
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.162    2.862
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG3     -0.162    2.862
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.162    2.862
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH12     -0.162    2.162
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 NZ      -0.162    3.487
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 C       -0.162    2.862
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG21     -0.163    2.863
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.164    3.564
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH12     -0.164    2.164
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB3      -0.165    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CE      -0.165    3.345
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 340 HG22   -0.165    2.865
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 C        -0.166    2.866
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.166    3.491
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 HA      -0.166    2.166
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 CD      -0.167    3.347
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C ALA 181 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B GLU 374 OE2      -0.167    2.872
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HD3    -0.167    2.867
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.168    2.868
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 C       -0.169    2.869
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH12     -0.170    2.870
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH11     -0.170    2.170
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 HE1     -0.170    2.170
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 181 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B THR 300 CG2    -0.171    2.871
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 HE1     -0.171    2.171
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B GLU 335 OE2     -0.172    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HB3    -0.172    2.872
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 CB       -0.172    3.572
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 HG2      -0.172    2.172
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ARG 157 CZ     -0.172    3.572
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG1     -0.172    3.572
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 OG       -0.172    3.372
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.172    2.872
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 O        -0.172    3.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.172    2.872
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ3    -0.173    2.173
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.173    2.873
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CG      -0.173    2.873
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH1      -0.174    3.499
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 CG      -0.174    2.874
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NH1      -0.174    2.879
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 CG      -0.174    3.574
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 HD22    -0.175    2.175
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CB       -0.175    3.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 OD1    -0.176    3.356
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.176    2.876
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HG2    -0.176    2.876
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CA      -0.177    2.877
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.177    3.577
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HD3     -0.178    2.178
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 HB3      -0.178    2.878
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH2      -0.178    2.883
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PRO 188 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E GLU 134 OE2    -0.178    3.358
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 CB       -0.178    3.578
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 O        -0.178    2.658
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 CB      -0.178    3.578
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 371 HD11     -0.178    2.878
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ILE 291 HG22    -0.179    2.179
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NE       -0.179    3.504
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 HH22     -0.179    2.179
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 CG      -0.179    2.879
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CG       -0.179    3.579
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CG      -0.179    2.879
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG11     -0.180    2.180
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.180    2.880
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CD      -0.180    2.880
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 O        -0.180    2.660
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 HB3     -0.180    2.180
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 OE1      -0.181    3.361
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HD3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 NZ     -0.181    2.806
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 298 NH2      -0.181    3.506
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HB3     -0.182    2.882
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 NH2      -0.182    3.507
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CB       -0.182    2.882
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NH1      -0.182    2.807
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG2     -0.182    2.882
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HB3      -0.182    2.882
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CA      -0.183    3.583
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 HB3      -0.184    2.884
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 HE1     -0.184    2.884
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG21    -0.185    2.885
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.185    2.885
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HE      -0.185    2.185
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 HE2     -0.186    2.886
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HA      -0.186    2.186
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      -0.187    2.812
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG1     -0.187    3.587
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HB3     -0.188    2.888
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 HB3     -0.188    2.188
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A PHE 344 HB3     -0.188    2.888
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 CG     -0.189    3.589
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 NZ      -0.189    3.514
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 CE2      -0.189    3.589
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 HD3      -0.189    2.889
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 SG     -0.189    3.671
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ALA 365 CB      -0.190    2.890
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ILE 289 HG22     -0.190    2.890
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 HG2     -0.191    2.671
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.192    2.892
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 HB2     -0.192    2.892
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 HD3    -0.193    2.893
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.193    3.593
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH12     -0.194    2.194
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 OH     -0.194    2.774
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ILE 289 HG22     -0.194    2.894
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG11     -0.194    2.194
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 CD2     -0.195    2.895
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 CA      -0.195    3.595
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.196    2.196
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG21     -0.196    2.896
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.197    2.822
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE1      -0.197    3.377
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D LEU 208 HD22   -0.197    2.197
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 CD       -0.197    2.897
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 CZ      -0.197    2.897
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 OE1    -0.198    3.378
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B TRP 288 O       -0.198    2.678
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CB      -0.198    3.598
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 O       -0.199    2.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.199    2.899
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 CE      -0.199    3.599
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HG     -0.199    2.899
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 CD      -0.199    2.899
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ILE 289 HG22     -0.199    2.199
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 H       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      -0.200    2.280
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 HE2     -0.200    2.900
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 180 CG2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 372 OE2      -0.200    3.380
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 O       -0.201    2.681
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 CG      -0.201    2.901
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 HB2     -0.201    2.901
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CG       -0.202    3.602
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 CG      -0.202    2.902
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.203    2.203
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 294 HB       -0.203    2.203
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 187 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ2    -0.204    2.204
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CB     -0.204    2.904
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 CA      -0.204    3.604
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CB      -0.204    3.604
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CA       -0.204    3.604
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CB      -0.205    2.905
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 HB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CG       -0.206    2.906
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 HB3      -0.207    2.907
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 HG21     -0.207    2.687
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HB3     -0.208    2.208
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 HB2     -0.208    2.208
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 NH2      -0.208    2.833
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 CD       -0.208    2.908
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 OE2      -0.209    2.689
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 NH1     -0.210    2.915
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 CG      -0.210    2.910
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CG       -0.210    2.910
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 NE1     -0.210    3.535
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH2     -0.211    2.836
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.211    2.211
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 292 HE2      -0.211    2.911
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 NE       -0.211    2.916
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 CD     -0.211    3.611
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH12     -0.211    2.911
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 HB3     -0.212    2.912
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 O       -0.212    3.392
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CZ       -0.213    2.913
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 CE1     -0.213    2.913
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 HB3      -0.213    2.693
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HA      -0.214    2.214
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH1      -0.214    2.839
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CG       -0.214    2.914
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 294 HB       -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 180 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 372 OE2      -0.215    2.695
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 HB2     -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ILE 291 HG22    -0.215    2.915
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LYS 343 O       -0.215    2.695
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HD3      -0.215    2.215
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ILE 371 HD11     -0.215    2.915
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B TRP 338 NE1      -0.216    2.841
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE1      -0.217    3.617
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 HD2     -0.218    2.918
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD13   -0.218    2.918
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG23     -0.218    2.918
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 SD      -0.218    3.700
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 CZ      -0.219    3.619
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A TRP 338 HE1     -0.219    2.919
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 CG       -0.219    2.919
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE2      -0.219    3.619
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE2      -0.220    3.620
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CB       -0.220    3.620
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ILE 371 HD11     -0.220    2.920
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 HA      -0.221    2.921
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B PHE 292 CE2      -0.221    2.921
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A HIS 297 CB      -0.221    3.621
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 HB2     -0.222    2.922
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 CB       -0.223    2.923
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 SD     -0.224    3.706
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG21    -0.224    2.924
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 C        -0.225    3.625
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.226    2.926
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NE       -0.226    2.851
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH22     -0.226    2.926
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH1     -0.227    2.852
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B VAL 331 HG21     -0.227    2.927
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 NE      -0.228    3.553
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CD      -0.228    3.628
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG2     -0.228    2.928
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG2     -0.228    2.928
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 HB3      -0.229    2.929
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.229    3.554
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 HD2     -0.229    2.709
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.230    2.930
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 CA      -0.231    3.631
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 CB       -0.231    2.931
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 SD      -0.231    3.713
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 HD3      -0.231    2.931
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PHE 292 CE2      -0.232    2.932
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.232    2.932
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.232    2.932
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 CB       -0.232    3.557
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 OE2      -0.233    3.413
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HA      -0.234    2.934
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG13    -0.234    2.234
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 NH2     -0.234    3.559
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HD11    -0.235    2.935
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 ND2    -0.235    2.860
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG21    -0.235    2.235
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 HD3      -0.236    2.936
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 HB3      -0.236    2.936
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.237    3.562
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.237    2.937
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.238    3.638
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG13    -0.238    2.238
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HG13     -0.238    2.938
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B HIS 297 HD2      -0.238    2.938
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH22     -0.239    2.939
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CG     -0.239    2.939
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 O       -0.239    2.719
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 H       -0.239    2.239
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 NZ     -0.239    3.564
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CB     -0.240    3.640
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HG3     -0.240    2.940
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 HD2     -0.241    2.241
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B ILE 340 CG2    -0.241    3.641
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG2     -0.242    3.642
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 HD3      -0.242    2.242
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 HD3      -0.242    2.942
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ASN 182 OD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D TYR 213 HE2    -0.243    2.723
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.243    2.943
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH12     -0.243    2.943
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 HG22     -0.243    2.868
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 CB      -0.243    3.643
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CD       -0.244    3.644
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 HD3      -0.244    2.244
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 HB2     -0.244    2.244
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.244    2.944
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD13   -0.245    2.245
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 NE      -0.245    2.870
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 CD       -0.245    2.945
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CA      -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 CG2     -0.246    2.946
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NH2      -0.246    2.871
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C SER 186 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 O      -0.247    3.427
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.247    3.729
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG2     -0.247    2.947
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CG       -0.248    2.948
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 C       -0.248    2.948
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CG       -0.248    2.948
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 CZ       -0.249    2.949
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 O       -0.249    2.729
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 HH22     -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 O      -0.250    3.430
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HD3      -0.250    2.950
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 NH2    -0.250    3.575
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B LYS 343 CE     -0.250    3.430
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       -0.251    3.651
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CD      -0.251    3.651
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG11    -0.252    2.252
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 O       -0.252    2.732
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB2      -0.252    2.732
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.253    2.253
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CG       -0.253    2.953
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 HD22    -0.253    2.953
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HG2     -0.254    2.954
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.254    3.654
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B TRP 288 O       -0.254    3.434
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG2     -0.254    2.954
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 CB       -0.255    2.955
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HB3     -0.255    2.955
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CD     -0.255    3.655
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ILE 289 HG22     -0.255    2.255
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HB3      -0.256    2.256
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 367 CG       -0.257    2.957
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 ND2     -0.258    3.583
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ASN 342 ND2     -0.258    2.883
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.258    3.658
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 N       -0.259    3.584
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 NE2     -0.259    3.599
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH12     -0.259    2.339
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 CG2     -0.259    3.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CD      -0.259    3.439
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CG      -0.261    3.661
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HG1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 329 HG       -0.261    2.261
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 CA       -0.262    3.442
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CD      -0.262    2.962
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 CB      -0.262    3.662
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 HH22     -0.262    2.262
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      -0.263    3.588
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 HG23     -0.263    2.963
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG11     -0.265    2.965
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 HH12     -0.265    2.965
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 HB2     -0.265    2.965
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 N       -0.267    2.892
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HZ2     -0.267    2.967
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 CZ       -0.267    3.667
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 O       -0.268    3.448
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CD       -0.268    2.968
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASP 328 OD1      -0.268    2.973
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.268    2.268
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 HB3      -0.269    2.969
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CA      -0.270    3.670
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 CZ       -0.270    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ2    -0.270    2.350
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HD3     -0.272    2.972
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 367 HG2      -0.273    2.273
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 CG2     -0.273    2.973
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.273    2.973
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 CD       -0.274    3.674
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.274    2.274
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 CB     -0.274    3.674
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 NH2      -0.275    2.980
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A HIS 297 HB2     -0.275    2.975
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 O       -0.276    3.456
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 HH22     -0.276    2.356
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD11   -0.276    2.276
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 NE2     -0.276    2.981
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 HA      -0.276    2.276
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CD       -0.276    3.676
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 298 HH22     -0.277    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NH1      -0.277    3.602
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE2      -0.277    3.677
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NH2     -0.278    3.603
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C GLU 183 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LYS 151 HZ3    -0.278    2.358
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG23     -0.278    2.978
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HA      -0.279    2.279
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 C       -0.279    3.679
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.279    2.979
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NH2     -0.280    3.605
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD21   -0.280    2.980
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PHE 292 CE2      -0.280    3.680
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HA      -0.281    2.281
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.281    2.761
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 HG22  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 OD1    -0.281    2.761
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 C       -0.282    2.982
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 HH22     -0.282    2.282
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 C        -0.282    3.682
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 OE1    -0.282    3.462
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 HA      -0.282    2.282
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.282    2.982
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 O        -0.284    2.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CG       -0.284    3.684
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH11     -0.284    2.284
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 CG     -0.284    3.684
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 H       -0.285    2.285
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A TRP 288 O       -0.285    2.765
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 NE      -0.286    3.611
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE1      -0.286    2.986
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG11    -0.286    2.286
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 CA     -0.287    3.687
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 HH11     -0.287    2.987
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CE2      -0.287    3.687
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A TRP 288 O       -0.288    3.468
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 CG1     -0.288    2.988
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PRO 308 CB       -0.288    3.688
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 HG2    -0.289    2.289
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 HB3     -0.289    2.989
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 HG2     -0.289    2.289
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 CB     -0.290    3.690
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HG12     -0.290    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 CE      -0.290    3.470
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 NE      -0.290    2.915
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.290    2.290
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CD2    -0.290    2.990
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 HB3     -0.290    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HB3      -0.290    2.290
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PHE 292 CZ      -0.290    3.690
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HE      -0.291    2.991
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 367 HA       -0.291    2.291
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 NH2      -0.291    3.616
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ALA 365 CB      -0.291    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C ALA 181 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ILE 377 O        -0.291    3.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CB       -0.291    2.991
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 298 HH22     -0.291    2.371
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HD13    -0.292    2.772
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C SER 186 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 CE     -0.292    3.472
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HD3     -0.292    2.992
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 C       -0.293    3.693
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 CG       -0.293    3.618
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D MET 10 HE1     -0.294    2.994
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 HH22    -0.294    2.994
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.295    3.695
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 387 NE2     -0.295    3.620
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 CG      -0.295    2.995
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH22     -0.296    2.996
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 HH22    -0.296    2.996
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 HA      -0.298    2.998
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG3     -0.298    2.298
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HG12    -0.298    2.298
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG2     -0.298    2.998
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 CG1     -0.299    3.699
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG3     -0.300    3.000
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 HB3      -0.300    3.000
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 O       -0.301    3.481
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 CB     -0.301    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 CG2    -0.301    3.001
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 CG      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 CG2      -0.301    3.701
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 HG11    -0.301    3.001
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PHE 292 CD2     -0.301    3.701
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 HG11     -0.302    3.002
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 186 CA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 HH12     -0.302    3.002
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH1     -0.303    3.628
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 HG22     -0.304    2.784
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HA       -0.305    2.305
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 CA      -0.305    3.705
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 CZ       -0.305    3.485
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 NH2     -0.305    2.930
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 334 NH2     -0.306    2.931
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 CE2     -0.306    3.706
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.306    3.706
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A VAL 331 HG21    -0.306    2.306
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C GLN 187 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 NZ     -0.306    2.931
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C SER 186 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 CZ       -0.307    3.007
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 CA      -0.307    3.707
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 CG       -0.307    3.007
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B PRO 308 HB3      -0.307    3.007
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD22   -0.308    2.308
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B CYS 306 C       -0.308    3.708
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.308    3.008
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.308    3.008
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 CG     -0.309    3.009
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH11     -0.309    3.009
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 CD       -0.310    3.010
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 367 CD       -0.311    3.711
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HD11    -0.311    2.311
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D THR 180 HB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.311    2.311
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 CD       -0.312    3.712
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 367 HG2      -0.312    2.312
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.312    3.012
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.313    3.095
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.313    3.013
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 HA      -0.314    2.939
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B PRO 366 O        -0.314    2.794
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 HD22   -0.314    2.314
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HB3     -0.315    3.015
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.315    3.015
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ALA 360 O      -0.315    3.495
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH11     -0.315    3.015
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 HA      -0.316    2.316
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 ND1     -0.317    3.657
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 HG2      -0.317    2.317
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CD     -0.317    3.717
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CA      -0.317    3.717
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 HA      -0.317    3.017
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.317    3.017
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 NE      -0.318    3.643
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 181 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B THR 300 CG2    -0.318    3.718
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.319    3.019
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 CB      -0.319    3.719
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A PHE 362 CE1     -0.319    3.719
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 CD      -0.319    3.719
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 298 NH1      -0.320    2.945
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 HB3      -0.320    2.320
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 CZ       -0.320    3.020
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 CZ      -0.320    3.720
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 CE2     -0.321    3.021
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B LEU 307 C       -0.321    3.021
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 O       -0.321    3.501
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HD2    -0.321    2.321
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.321    3.021
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 184 CG     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 217 HZ3     -0.321    3.021
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 C       -0.321    3.021
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 NE      -0.322    3.647
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 146 HD13   -0.323    2.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CG      -0.323    3.723
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 ND1     -0.323    3.663
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 CB      -0.323    3.023
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 334 HH22     -0.323    2.323
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C THR 180 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PRO 366 O       -0.324    3.504
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 HH22    -0.324    3.024
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 NH2      -0.324    3.649
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CD     -0.324    3.724
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 HG22     -0.324    2.324
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 O        -0.324    2.804
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 HB2     -0.324    3.024
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ASN 182 HD21    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 OE1      -0.324    2.404
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 CD       -0.324    3.724
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HG2     -0.324    3.024
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH22     -0.324    3.024
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 HE2    -0.325    3.025
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PRO 188 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HD2      -0.325    2.805
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ASN 182 ND2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 O      -0.325    3.030
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CG       -0.326    3.026
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 HA      -0.326    2.326
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 OE2      -0.326    2.406
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PHE 292 CD2     -0.326    3.726
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A SER 370 CB      -0.326    3.026
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CD1      -0.327    3.727
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B PHE 292 CE1      -0.327    3.027
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH1     -0.327    3.652
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CA      -0.327    3.027
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C SER 186 HA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B ARG 298 HE       -0.327    2.327
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 HB3    -0.328    3.028
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 C        -0.328    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D LYS 217 HD3    -0.328    3.028
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 NZ     -0.329    3.654
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CA      -0.329    3.729
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CD       -0.330    3.655
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 HE2     -0.330    2.330
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH11     -0.330    3.030
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CG       -0.331    3.031
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CD      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH12     -0.331    3.031
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HA       -0.331    2.331
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD22   -0.332    3.032
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ILE 289 HG22     -0.332    3.032
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 HD22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      -0.332    2.412
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 O       -0.332    2.812
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 C      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HG3     -0.332    3.032
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.332    2.432
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NE      -0.332    3.657
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 HE2      -0.333    3.033
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      -0.333    3.658
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 NE2     -0.334    3.039
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NH1      -0.335    3.660
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 HH22    -0.335    2.335
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 335 OE2     -0.335    3.515
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 334 NH2      -0.336    2.961
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HH21     -0.336    2.336
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 CD      -0.336    3.036
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 HD3     -0.337    3.037
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH21     -0.337    3.037
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 NZ      -0.337    3.662
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 334 HH22     -0.337    2.417
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 HA       -0.337    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D LYS 217 HD3    -0.337    2.337
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 NZ      -0.337    2.962
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B HIS 297 CD2     -0.338    3.738
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 O      fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B GLN 303 OE1     -0.339    3.299
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG3     -0.339    2.339
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.339    3.664
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 287 OE1     -0.339    2.819
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A VAL 331 HG21     -0.340    3.040
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 CB       -0.340    3.740
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HA      -0.340    3.040
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 HG     -0.341    3.041
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 CG      -0.341    3.741
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C GLN 187 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH1      -0.341    3.666
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH2      -0.341    3.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 185 O      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 379 CB      -0.341    3.521
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CA      -0.341    3.741
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.342    2.967
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A SER 304 CA      -0.342    3.742
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 NH2     -0.342    3.667
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 HA      -0.342    3.042
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A GLN 303 OE1      -0.342    3.047
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B ASN 342 O        -0.342    3.522
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 NE      -0.343    2.968
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 HZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 CG1    -0.343    3.043
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D THR 82 HG21    -0.343    3.043
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HG2     -0.343    2.343
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B PHE 299 C       -0.343    3.743
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HG3     -0.344    2.344
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C PHE 185 CD2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HD2     -0.344    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 CG2    -0.344    3.744
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A PHE 292 CD1      -0.344    3.744
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A GLU 374 CD       -0.344    3.044
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.345    3.745
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PRO 188 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PRO 376 HB3     -0.345    2.345
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/D CYS 214 SG     -0.345    3.827
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ASN 182 ND2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B SER 370 HG      -0.345    2.970
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B ILE 383 HG21    -0.345    2.345
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 CG2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 CB       -0.345    3.745
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 CG       -0.346    3.746
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CA       -0.346    3.746
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 HA      -0.346    2.346
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CB      -0.346    3.746
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 CD       -0.347    3.747
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH21     -0.347    3.047
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C ASN 182 HD21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B SER 370 HG     -0.347    2.347
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 NH2      -0.347    3.672
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HB3     -0.348    3.048
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CG     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 HG2     -0.348    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 HD2    -0.348    2.348
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 HB2     -0.348    3.048
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 CB       -0.348    3.048
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CD1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 CG     -0.348    3.748
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 C       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       -0.348    3.748
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A PRO 376 HB3      -0.348    2.348
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CD      -0.349    3.749
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B TRP 338 NE1     -0.349    3.599
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 298 NH2      -0.350    3.675
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HG3     -0.350    3.050
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 HB2     -0.350    3.050
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D SER 329 HG       -0.350    3.050
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A PHE 292 CE2     -0.350    3.750
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C THR 180 HG22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B PRO 376 CB       -0.351    3.051
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 HB3     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B PRO 366 O        -0.351    2.831
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 H     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 ND2    -0.351    2.976
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 CG      -0.351    3.051
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CD      -0.351    3.751
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B PHE 344 CB      -0.351    3.051
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ALA 181 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/B THR 300 HG21   -0.352    2.352
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 HA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B ARG 361 NH1    -0.352    2.977
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ILE 289 HG22     -0.352    3.052
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 N       -0.352    3.677
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 HD3     -0.352    3.052
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 HH12    -0.352    2.352
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A GLU 287 OE1     -0.352    3.532
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HA       -0.353    3.053
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 CB      -0.353    3.753
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 331 CG2      -0.353    3.753
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 184 HE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CE     -0.353    3.053
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 C        -0.353    3.053
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 HG2     -0.353    3.053
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C THR 180 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE2      -0.353    3.533
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A GLU 374 CG       -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 HG3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 HB       -0.354    2.354
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ARG 334 HH21     -0.354    3.054
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C THR 180 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E ASN 149 ND2    -0.355    3.680
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 HG22   -0.355    2.355
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 298 NH2      -0.355    3.060
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B VAL 331 CG2      -0.355    3.535
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD2    -0.356    3.056
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A SER 370 OG       -0.356    2.856
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 HA     -0.356    3.056
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 367 O       -0.356    3.536
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 HG22   -0.357    3.057
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 HB2     -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 CD       -0.357    3.757
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 HG13     -0.357    2.357
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 185 HB3     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B VAL 331 HG22     -0.358    2.358
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 HE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B THR 294 CB       -0.358    3.058
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D PHE 184 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 HH21     -0.359    3.059
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH1      -0.359    3.064
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 HA      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 HG2      -0.359    2.359
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 CD      -0.359    3.759
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CB      -0.360    3.760
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 HD3      -0.360    3.060
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 N       -0.360    3.685
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 CE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B PHE 292 CE2      -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 367 HH21     -0.362    3.062
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B ALA 123 CB      -0.362    3.062
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CA      -0.362    3.762
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 CA    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.362    3.762
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A VAL 331 HG21     -0.363    2.843
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A HIS 297 HD2     -0.363    3.063
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CZ      -0.363    3.763
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B PRO 366 CB      -0.363    3.763
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ASN 182 N       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B GLU 374 OE1      -0.363    3.068
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.363    2.443
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B CYS 306 HB2     -0.364    3.064
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C SER 186 CA      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 CZ       -0.364    3.764
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 CA      -0.364    3.764
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 146 CD1    -0.365    3.765
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 O       -0.365    3.545
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 N      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 HA      -0.365    2.990
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B HIS 297 HD2      -0.365    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HB2    -0.365    3.065
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 184 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B ILE 325 HD13   -0.365    3.065
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 CZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 CG       -0.366    3.766
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.366    2.366
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CG      -0.366    3.766
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B ASN 342 ND2     -0.366    3.691
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 NH2     -0.366    3.691
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C GLN 187 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 334 NH1      -0.366    3.071
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 184 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 HB3     -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C PHE 184 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B PHE 296 CE2     -0.367    3.767
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 298 HD3     -0.367    2.367
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C GLU 183 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LYS 151 HZ3    -0.367    3.067
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ASN 182 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 374 OE2      -0.367    2.847
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CG1      -0.367    3.067
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 184 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PRO 308 HB3     -0.367    3.067
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 HB2     -0.368    3.068
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 OE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 CZ       -0.368    3.548
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 HA      -0.369    3.069
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C ALA 181 CB      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ILE 371 CG1      -0.369    3.769
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A ARG 334 CZ       -0.369    3.549
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C THR 180 O       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B GLU 374 OE2      -0.369    3.329
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ILE 371 CD1      -0.369    3.769
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 367 HG3     -0.369    3.069
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B ARG 367 CG       -0.370    3.070
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D THR 180 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.370    3.070
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C PHE 185 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/B GLN 341 C      -0.370    3.770
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 NH1     -0.370    3.695
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A GLN 303 HG2     -0.370    2.370
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 CD2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 334 HH22     -0.370    3.070
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/A ARG 361 CD      -0.371    3.071
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D PHE 185 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A PHE 292 CE2      -0.371    3.771
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C PHE 185 HE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B THR 333 C      -0.371    3.071
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E ASP 292 N       -0.371    3.696
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 CB      -0.372    3.072
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/A ARG 298 HH21    -0.372    3.072
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 298 HG2     -0.372    3.072
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 NH2     -0.372    2.997
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E ARG 342 O       -0.372    2.852
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/D PHE 185 HZ      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/A PHE 344 HB3      -0.373    2.373
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 HB3     -0.373    3.073
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 CD       -0.373    3.773
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E ILE 2 C        -0.373    3.773
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 H       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 HB2      -0.373    2.373
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.374    3.074
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C ASN 182 ND2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASP 328 CG       -0.374    3.699
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B SER 370 O        -0.374    3.554
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/A CYS 306 C       -0.374    3.774
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 OG       -0.375    3.100
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 298 HH22     -0.375    3.075
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/C ALA 181 HB1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/D ALA 20 N       -0.375    3.000
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 CZ       -0.375    3.555
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/A ARG 298 HB3     -0.375    2.375
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 HG13     -0.375    2.375
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 CD2    -0.375    3.775
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E VAL 334 HG11    -0.376    3.076
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B VAL 331 HG11    -0.376    3.076
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D PHE 184 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B PHE 292 CZ      -0.376    3.776
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B PHE 344 CG      -0.376    3.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 O     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E LEU 141 HD22   -0.376    2.856
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ALA 181 CB     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D ARG 220 HB3     -0.376    3.076
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CG     -0.377    3.077
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C THR 180 HG22    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B GLU 372 HG2      -0.377    2.377
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 N        -0.377    3.702
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 C       -0.377    3.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D CYS 214 HA     -0.377    3.077
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 184 CE2     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 298 CD       -0.377    3.777
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/C PHE 185 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B GLU 287 OE1    -0.377    2.857
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CB      -0.378    3.778
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/D GLN 187 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/A ARG 334 NH1      -0.378    3.703
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/D ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/A VAL 331 HG23     -0.378    2.858
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 CD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B ARG 298 N       -0.378    3.703
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 HG2      -0.378    3.078
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 298 HH21    -0.378    2.378
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C ASN 182 HD21    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B VAL 331 HG22     -0.379    2.379
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 184 CE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D ARG 122 CB     -0.379    3.779
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B TRP 338 NE1      -0.380    3.705
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 CD      -0.380    3.780
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/A ARG 334 HH22    -0.381    3.081
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 HH12     -0.381    2.461
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ASN 182 HD22    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B GLU 374 OE2      -0.381    2.461
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C ASN 182 OD1    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/D LYS 221 HE2     -0.382    2.862
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.382    2.382
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/C SER 186 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/D LEU 204 CD1    -0.382    3.782
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E TYR 288 HE1     -0.383    3.083
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HG2      -0.383    2.383
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C PHE 185 CE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/A ARG 334 NH2     -0.384    3.709
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C PHE 184 CZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B ARG 298 NE       -0.385    3.710
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CG1      -0.385    3.085
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 CD1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 CG      -0.386    3.786
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B ARG 334 NH2      -0.386    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C PHE 185 HZ      fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B ARG 298 NE       -0.386    3.011
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A ILE 371 CG1      -0.386    3.086
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CG      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 HH22     -0.386    3.086
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D PHE 184 HD2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B ARG 298 HH21    -0.387    2.387
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A HIS 297 HB2     -0.387    3.087
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D ALA 181 N       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A SER 370 HB2      -0.387    3.012
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 CE2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 HD1     -0.387    3.087
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 O       fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 298 NE       -0.388    3.093
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PRO 188 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 221 HZ3    -0.388    3.088
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B THR 300 HG23    -0.389    2.389
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B PRO 308 CA      -0.389    3.089
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B ARG 361 HD3     -0.389    2.389
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A ARG 367 CZ      -0.389    3.789
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 HE22   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B TRP 338 NE1     -0.390    3.015
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/C ALA 181 CB      fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B GLN 303 CB       -0.390    3.790
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C ASN 182 C     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 HZ2    -0.390    3.090
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C PHE 185 CE2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B ARG 367 CG       -0.391    3.791
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/C PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/A ARG 298 HG2     -0.391    3.091
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B PRO 366 O        -0.392    2.872
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D PHE 184 CE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A ARG 298 CZ       -0.392    3.792
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/C ALA 181 HB1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/A CYS 306 O       -0.393    2.873
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D ALA 181 CB     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B SER 304 CA      -0.394    3.794
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ALA 181 C       fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HB2      -0.394    3.094
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D TYR 213 CE2    -0.394    3.094
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C PHE 184 CD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ARG 334 NH2      -0.394    3.719
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 184 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 298 O       -0.395    3.575
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C PHE 184 HE1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B ARG 298 NH2      -0.395    3.020
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C PHE 185 CE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 CB     -0.395    3.795
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B ARG 367 HE      -0.395    2.395
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D PHE 185 HB3    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B HIS 297 CB      -0.396    3.096
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/D PHE 185 HB2    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B GLN 303 NE2     -0.396    3.021
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C ASN 182 OD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B SER 370 HA       -0.396    2.876
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/C PHE 185 HE1    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/A PHE 292 CE2     -0.397    3.097
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D PHE 185 CZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B ARG 367 CG      -0.397    3.797
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C PHE 185 CD1     fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B ARG 367 HD3      -0.397    3.097
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/C PHE 185 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/D LYS 217 CB     -0.397    3.797
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/D PHE 185 HD1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/A VAL 331 CG2      -0.397    3.097
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/D ALA 181 HB1     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/A PRO 366 C        -0.398    3.098
    fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C ALA 181 HB2     fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B ILE 371 CG1      -0.398    3.098
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C GLN 187 NE2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 297 HD1     -0.398    3.023
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/C PHE 185 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/A PRO 308 HA      -0.399    2.399
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C ALA 181 HB2    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/B HIS 387 HE2     -0.399    2.399
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/C PHE 184 HZ     fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E TYR 343 CA      -0.400    3.100
    fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D ALA 181 H      fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B ARG 367 CA      -0.400    3.100
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/C ALA 181 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B MET 218 O      -0.400    2.880
    

  
1241 contacts  

> ui tool show Log

> hide sel cartoons

> select sequence TANEFFSQP

6075 atoms, 6165 bonds, 405 residues, 30 models selected  

> hide sel cartoons

> select /A,B:298

1440 atoms, 1380 bonds, 60 residues, 30 models selected  

> select /A,B:298,334

2880 atoms, 2760 bonds, 120 residues, 30 models selected  

> show sel atoms

> style sel stick

Changed 2880 atom styles  

> contacts sel interModel false intraMol false reveal true select true

816 contacts  

> sequence chain
> #1/A,B#2/A,B#3/A,B#4/A,B#5/B#7/B#8/B#9/B#10/B#11/B#12/A,B#13/A,B#14/A,B#15/A,B#16/A,B#17/A,B#18/A,B#19/B#20/A,B#21/A,B#23/A,B#25/A,B#26/A,B#28/A,B#31/B

Alignment identifier is 6  

> sequence chain
> #1/C#2/C#3/C#4/C#5/C#7/C#8/C#9/C#10/C#12/C,D#13/C,D#14/C,D#15/C,D#16/C,D#17/C,D#18/C,D#19/D#20/C,D#21/C,D#23/C,D#25/C,D#26/C,D

Alignment identifier is 7  

> sequence chain #1/D#2/D#3/D#4/D#9/D#10/D#11/D#28/D#31/D

Alignment identifier is 8  

> sequence chain #15/E#18/E#28/E

Alignment identifier is 9  

> select up

4373 atoms, 4233 bonds, 225 residues, 34 models selected  

> select down

825 atoms, 225 residues, 34 models selected  

> undo

> hide sel atoms

> select /A,B:298,334

2880 atoms, 2760 bonds, 120 residues, 30 models selected  

> show sel atoms

> contacts sel restrict /C,D:181-192 interModel false intraMol false reveal
> true select true

411 contacts  

> select up

2126 atoms, 2071 bonds, 106 residues, 24 models selected  

> hide sel atoms

> show sel cartoons

> select up

23551 atoms, 23894 bonds, 1550 residues, 24 models selected  

> select down

2126 atoms, 2071 bonds, 106 residues, 24 models selected  

> select #1/C:184

20 atoms, 20 bonds, 1 residue, 1 model selected  

> select #1/C:184-191 #2/C:184-191 #3/C:184-191 #4/C:184-191 #5/C:184-191
> #12/C:184-191 #13/C:184-191 #14/C:184-191 #15/C:184-191 #16/C:184-191
> #17/D:184-191 #18/D:184-191 #19/D:184-191 #20/D:184-191 #21/D:184-191

1995 atoms, 2040 bonds, 120 residues, 15 models selected  
Clustal Omega Alignment [ID: 3] region chain C..chain D [184-191] RMSD: 18.483  
  

> select clear

> select /A,B:298,334

2880 atoms, 2760 bonds, 120 residues, 30 models selected  

> contacts sel restrict /C,D:181-192 interModel false intraMol false reveal
> true select true

411 contacts  

> select up

2126 atoms, 2071 bonds, 106 residues, 24 models selected  

> sequence align /C,D & sel

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: 1UMEHND0A19HRENV  
Webservices job finished: 1UMEHND0A19HRENV  

> sequence header 3 rmsd show

Chains used in RMSD evaluation for alignment 3:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/C,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  

> sequence header 3 conservation hide

Hiding conservation header for alignment 3  

> name frozen fsq sel

Drag select of 1628 atoms, 1949 residues, 1260 bonds, 232 pseudobonds  

> select intersect fsq

974 atoms, 514 bonds, 226 pseudobonds, 47 residues, 15 models selected  

> sequence align /C,D & sel

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: 17ZXTT4YN72DFQ0J  
Webservices job finished: 17ZXTT4YN72DFQ0J  

> sequence header 3 rmsd show

Chains used in RMSD evaluation for alignment 3:
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/C,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/D,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/D  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  

> sequence header 3 conservation hide

Hiding conservation header for alignment 3  

> select #12/C:177

14 atoms, 14 bonds, 1 residue, 1 model selected  

> select #12/C:177-213 #13/C:177-213 #14/C:177-213 #16/C:177-213 #18/D:177-213
> #21/D:177-213 #23/D:177-213 #25/D:177-213 #26/D:177-213

4743 atoms, 4815 bonds, 333 residues, 9 models selected  
Clustal Omega Alignment [ID: 3] region chain C..chain D [177-213] RMSD: 20.743  
  

> hide sel atoms

> show sel cartoons

> hide sel cartoons

> select fsq

43575 atoms, 2071 bonds, 411 pseudobonds, 2785 residues, 18 models selected  

> hide sel atoms

> hide sel cartoons

> select clear

> select /A,B:298,334,367

4320 atoms, 4140 bonds, 180 residues, 30 models selected  

> show sel atoms

> select up

30760 atoms, 30917 bonds, 1818 residues, 30 models selected  

> style sel stick

Changed 30760 atom styles  

> hide sel atoms

> color sel #ffbebeff

[Repeated 1 time(s)]

> color sel #f0bebeff

> color sel #c9bebeff

> color sel #b3bebeff

> color sel #9bbebeff

> color sel #8cbebeff

> color sel #69bebeff

> color sel #77bebeff

> color sel #59bebeff

> color sel #5abebeff

> select clear

> undo

[Repeated 1 time(s)]

> select clear

> undo

> color sel bychain

> select clear

> select #11/A:341

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select up

226 atoms, 227 bonds, 13 residues, 1 model selected  

> select up

6840 atoms, 6905 bonds, 425 residues, 1 model selected  

> select down

226 atoms, 227 bonds, 13 residues, 1 model selected  

> select down

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select clear

> select #11/A:298

24 atoms, 23 bonds, 1 residue, 1 model selected  

> select up

106 atoms, 107 bonds, 6 residues, 1 model selected  

> select up

6840 atoms, 6905 bonds, 425 residues, 1 model selected  

> color sel bychain

> color sel #ff8888ff

> select clear

> select /A,B

410508 atoms, 414408 bonds, 103 pseudobonds, 25500 residues, 31 models
selected  

> color (#!1-5,7-31 & sel) #fcb2b2ff

> select clear

> undo

> redo

> select clear

> save /Users/pcarlton/Desktop/wow2.cxs

> select clear

Drag select of 21 atoms, 12429 residues, 4 pseudobonds  

> select intersect /E

90925 atoms, 5534 residues, 30 models selected  

> contacts sel restrict /A,B select true

182431 contacts  

> select clear

Drag select of 40 atoms, 12895 residues, 1307 pseudobonds  

> select intersect /E

90925 atoms, 5534 residues, 30 models selected  

> contacts sel restrict /A,B interModel false intraMol false select true

4077 contacts  

> select intersect /A,B

2350 atoms, 730 residues, 30 models selected  

> color modify sel lightness - 10

[Repeated 1 time(s)]

> select clear

Drag select of 41 atoms, 16525 residues, 47 pseudobonds  

> select intersect /E

90925 atoms, 5534 residues, 30 models selected  

> contacts sel restrict /A,B interModel false intraMol false select true

4077 contacts  

> select clear

Drag select of 8388 residues, 23 pseudobonds  

> select intersect /E

90925 atoms, 5534 residues, 30 models selected  

> contacts sel restrict /A,B interModel false intraMol false select true

4077 contacts  

> name frozen spod3 sel

> sequence align sel

Alignment identifier is 7  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 7  
Webservices job id: EZ1DFAQSI5709I55  
Webservices job finished: EZ1DFAQSI5709I55  

> select intersect /A,B

2350 atoms, 730 residues, 30 models selected  

> sequence align sel

Alignment identifier is 7  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 7  
Webservices job id: RX38MIJTCK3ZALTH  
Webservices job finished: RX38MIJTCK3ZALTH  

> sequence header 7 rmsd show

Chains used in RMSD evaluation for alignment 7:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/A,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/A,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/B,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/B,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/B  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7  

> sequence header 7 conservation hide

Hiding conservation header for alignment 7  

> select clear

Drag select of 20 residues  

> changechains

Missing or invalid "fromIds" argument: Expected a text string  

> ui tool show "Change Chain IDs"

> select up

1195 atoms, 1215 bonds, 65 residues, 20 models selected  

> select up

136838 atoms, 138138 bonds, 8500 residues, 20 models selected  

> changechains sel spo11a

Chain IDs of 8500 residues changed  
Drag select of 150 residues  

> select up

4482 atoms, 4502 bonds, 258 residues, 20 models selected  

> select up

136840 atoms, 138140 bonds, 8500 residues, 20 models selected  

> ui tool show "Change Chain IDs"

> changechains sel spo11b

Chain IDs of 8500 residues changed  

> select clear

[Repeated 1 time(s)]Drag select of 6453 residues, 23 pseudobonds  

> select intersect /E

90925 atoms, 5534 residues, 30 models selected  

> contacts sel restrict /spo11a interModel false intraMol false select true

1348 contacts  

> color modify sel yellow + 10 ribbons

Missing or invalid "adjuster" argument: Should be one of 'blackness', 'blue',
'contrast', 'green', 'hue', 'lightness', 'red', 'saturation', or 'whiteness'  

> color modify sel green + 10 ribbons

> select intersect /spo11a

800 atoms, 282 residues, 20 models selected  

> color modify sel green + 10 ribbons

[Repeated 1 time(s)]

> sequence align sel

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: 8RAKAEDPIR2JKXFE  
Webservices job finished: 8RAKAEDPIR2JKXFE  

> select clear

> select spod3

4374 atoms, 2386 bonds, 1348 pseudobonds, 1377 residues, 31 models selected  

> select intersect /spo11b

795 atoms, 463 bonds, 210 residues, 20 models selected  

> select clear

Drag select of 6992 residues, 23 pseudobonds  

> select intersect /E

90925 atoms, 5534 residues, 30 models selected  

> contacts sel restrict /spo11b interModel false intraMol false select true

1362 contacts  

> select intersect /spo11b

795 atoms, 210 residues, 20 models selected  

> name frozen spoBdsb3 sel

> sequence align sel

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: 3K8IBAFK03JN9UFO  
Webservices job finished: 3K8IBAFK03JN9UFO  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11b  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> sequence header 1 rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11a  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header 1 conservation hide

Hiding conservation header for alignment 1  

> select spod3

4374 atoms, 2386 bonds, 1362 pseudobonds, 1377 residues, 31 models selected  

> close #6,32

> select intersect /spo11a,spo11b

1595 atoms, 861 bonds, 492 residues, 20 models selected  

> select #22-31/A

68418 atoms, 69068 bonds, 4250 residues, 10 models selected  

> select #22-31/A:39-369

54408 atoms, 54918 bonds, 3310 residues, 10 models selected  

> show sel cartoons

> select #22-31/B:39-369

54402 atoms, 54912 bonds, 3310 residues, 10 models selected  

> show sel cartoons

> hide sel cartoons

> show sel cartoons

> select #22-31/B

68412 atoms, 69062 bonds, 4250 residues, 10 models selected  

> changechains sel spo11b

Chain IDs of 4250 residues changed  

> select #22-31/A

68418 atoms, 69068 bonds, 4250 residues, 10 models selected  

> changechains sel spo11a

Chain IDs of 4250 residues changed  

> select #22-31/B:39-369

Nothing selected  

> select #22-31/spo11b:39-369

54402 atoms, 54912 bonds, 3310 residues, 10 models selected  

> select #22-31/E:158-345

30899 atoms, 31229 bonds, 1880 residues, 10 models selected  

> show sel cartoons

> contacts sel restrict /spo11b interModel false intraMol false select true

700 contacts  

> select intersect /spo11b

377 atoms, 104 residues, 10 models selected  

> select clear

> select /E:158-345

92698 atoms, 93688 bonds, 5640 residues, 30 models selected  

> contacts sel restrict /spo11a,spo11b interModel false intraMol false select
> true

4135 contacts  

> select intersect /spo11a,spo11b

2386 atoms, 735 residues, 30 models selected  

> name frozen spoABdsb3 sel

> select intersect /spo11a

1214 atoms, 421 residues, 30 models selected  

> sequence align sel

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: MF5S6WL4ZC4ISEXV  
Webservices job finished: MF5S6WL4ZC4ISEXV  

> sequence header rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11a  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header conservation hide

Hiding conservation header for alignment 1  

> select spoABdsb3

2386 atoms, 1281 bonds, 735 residues, 30 models selected  

> select intersect /spo11b

1172 atoms, 664 bonds, 314 residues, 30 models selected  

> sequence align sel

Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Webservices job id: SSN08G01AZAJM26R  
Webservices job finished: SSN08G01AZAJM26R  

> sequence header 2 rmsd show

Chains used in RMSD evaluation for alignment 2:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11b  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> select spoABdsb3

2386 atoms, 1281 bonds, 735 residues, 30 models selected  

> select #1/spo11b:164 #2/spo11b:164 #3/spo11b:164 #4/spo11b:164 #5/spo11b:164
> #7/spo11b:164 #8/spo11b:164 #9/spo11b:164 #10/spo11b:164 #11/spo11b:164
> #12/spo11b:164 #13/spo11b:164 #14/spo11b:164 #15/spo11b:164 #16/spo11b:164
> #17/spo11b:164 #18/spo11b:164 #19/spo11b:164 #20/spo11b:164 #21/spo11b:164
> #22/spo11b:164 #23/spo11b:164 #24/spo11b:164 #25/spo11b:164 #26/spo11b:164
> #27/spo11b:164 #28/spo11b:164 #29/spo11b:164 #30/spo11b:164 #31/spo11b:164

420 atoms, 390 bonds, 30 residues, 30 models selected  

> undo

Drag select of 321 residues  

> select clear

> select #27-31/C,D:1-140

22656 atoms, 22876 bonds, 1400 residues, 5 models selected  

> show sel cartoons

> select clear

Drag select of 5 residues  

> select add #30/D:26

105 atoms, 10 bonds, 6 residues, 2 models selected  

> select add #27/D:80

129 atoms, 33 bonds, 7 residues, 3 models selected  

> select up

933 atoms, 938 bonds, 56 residues, 3 models selected  

> select up

13224 atoms, 13356 bonds, 840 residues, 3 models selected  

> hide sel cartoons

> select #28/D:28

19 atoms, 18 bonds, 1 residue, 1 model selected  

> select up

96 atoms, 95 bonds, 6 residues, 1 model selected  

> select up

4406 atoms, 4450 bonds, 280 residues, 1 model selected  

> hide sel cartoons

Drag select of 362 residues  

> select clear

Drag select of 444 residues  

> select clear

> select #12-26/C,D:1-140

68575 atoms, 69205 bonds, 4200 residues, 15 models selected  

> show sel cartoons

> select clear

Drag select of 583 residues  

> sequence align sel

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: ZACVHJE4LH5NP5AN  
Webservices job finished: ZACVHJE4LH5NP5AN  

> select up

15838 atoms, 15885 bonds, 979 residues, 20 models selected  

> select up

119210 atoms, 120650 bonds, 7700 residues, 20 models selected  

> select up

694288 atoms, 706462 bonds, 41255 residues, 20 models selected  

> select down

119210 atoms, 120650 bonds, 7700 residues, 20 models selected  
Drag select of 725 residues  
Drag select of 1409 residues  

> select /C:1-140

68572 atoms, 69202 bonds, 4200 residues, 30 models selected  

> show sel cartoons

> select clear

> select /D:1-140

67969 atoms, 68629 bonds, 4200 residues, 30 models selected  

> show sel cartoons

> select clear

> select #11/D:80

24 atoms, 23 bonds, 1 residue, 1 model selected  

> select #11/D:131

14 atoms, 13 bonds, 1 residue, 1 model selected  

> select add #11/D:79

34 atoms, 33 bonds, 2 residues, 1 model selected  

> select add #31/D:70

51 atoms, 49 bonds, 3 residues, 2 models selected  

> select add #9/D:86

65 atoms, 62 bonds, 4 residues, 3 models selected  

> select add #27/D:11

86 atoms, 83 bonds, 5 residues, 4 models selected  

> select up

578 atoms, 581 bonds, 34 residues, 4 models selected  

> select up

17629 atoms, 17805 bonds, 1120 residues, 4 models selected  

> hide sel cartoons

> select #30/D:91

20 atoms, 20 bonds, 1 residue, 1 model selected  

> select add #8/D:38

36 atoms, 35 bonds, 2 residues, 2 models selected  

> select add #2/D:138

47 atoms, 45 bonds, 3 residues, 3 models selected  

> select subtract #2/D:138

36 atoms, 35 bonds, 2 residues, 2 models selected  

> select add #8/D:130

50 atoms, 48 bonds, 3 residues, 2 models selected  

> select up

437 atoms, 439 bonds, 26 residues, 2 models selected  

> select up

8816 atoms, 8904 bonds, 560 residues, 2 models selected  

> hide sel cartoons

Drag select of 9 residues  

> select up

9287 atoms, 9379 bonds, 586 residues, 3 models selected  

> select up

13223 atoms, 13355 bonds, 840 residues, 3 models selected  

> hide sel cartoons

> select #28/D:12

21 atoms, 21 bonds, 1 residue, 1 model selected  

> select up

81 atoms, 82 bonds, 4 residues, 1 model selected  

> select up

4406 atoms, 4450 bonds, 280 residues, 1 model selected  

> select clear

> select sequence MSARG

1063 atoms, 1048 bonds, 75 residues, 15 models selected  

> select up

1709 atoms, 1694 bonds, 107 residues, 15 models selected  

> select up

66112 atoms, 66772 bonds, 4200 residues, 15 models selected  

> color sel purple

> select clear

> select #28/D:37

10 atoms, 9 bonds, 1 residue, 1 model selected  

> select up

98 atoms, 98 bonds, 6 residues, 1 model selected  

> select up

4406 atoms, 4450 bonds, 280 residues, 1 model selected  

> hide sel cartoons

Drag select of 454 residues  

> select up

12851 atoms, 12973 bonds, 796 residues, 6 models selected  

> select up

26446 atoms, 26710 bonds, 1680 residues, 6 models selected  

> select /D:110-290 & sel

15792 atoms, 15954 bonds, 1026 residues, 6 models selected  

> color sel orange

> color sel purple

> hide sel cartoons

Drag select of 277 residues  

> select #29/D:97

11 atoms, 10 bonds, 1 residue, 1 model selected  
Drag select of 95 residues  

> select up

2922 atoms, 2950 bonds, 171 residues, 25 models selected  

> select up

119202 atoms, 120642 bonds, 7700 residues, 25 models selected  

> sequence align sel

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: R7YGLSAUBMVSN878  
Webservices job finished: R7YGLSAUBMVSN878  

> ui tool show "Change Chain IDs"

> changechains sel dsb1B

Chain IDs of 7700 residues changed  

> select clear

Drag select of 872 residues  

> select up

23948 atoms, 24075 bonds, 1438 residues, 30 models selected  

> select up

149016 atoms, 150816 bonds, 9625 residues, 30 models selected  

> sequence align sel

Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Webservices job id: IAMG35WHQ59621BU  
Webservices job finished: IAMG35WHQ59621BU  

> ui tool show "Change Chain IDs"

> changechains sel dsb1A

Chain IDs of 9625 residues changed  

> select /dsb1B

119202 atoms, 120642 bonds, 7700 residues, 20 models selected  

> select /dsb1A

149016 atoms, 150816 bonds, 9625 residues, 25 models selected  

> select clear

> select sequence MSARG

1063 atoms, 1048 bonds, 75 residues, 15 models selected  

> select up

1709 atoms, 1694 bonds, 107 residues, 15 models selected  

> select up

66112 atoms, 66772 bonds, 4200 residues, 15 models selected  

> select up

503265 atoms, 512078 bonds, 29760 residues, 15 models selected  

> select down

66112 atoms, 66772 bonds, 4200 residues, 25 models selected  

> select clear

> ui tool show Log

> select sequence MSARG

1063 atoms, 1048 bonds, 75 residues, 15 models selected  

> select up

1709 atoms, 1694 bonds, 107 residues, 15 models selected  

> select up

66112 atoms, 66772 bonds, 4200 residues, 15 models selected  

> changechains sel dsb2

Chain IDs of 4200 residues changed  

> select clear

> save /Users/pcarlton/Desktop/wow3.cxs

> select dsb2 dsb1A dsb1B

Expected an objects specifier or a keyword  

> select /dsb2 /dsb1A /dsb1B

334330 atoms, 338231 bonds, 21525 residues, 30 models selected  

> select down

334330 atoms, 338231 bonds, 21525 residues, 40 models selected  

> select up

1029801 atoms, 1047852 bonds, 61095 residues, 40 models selected  

> select down

334330 atoms, 338231 bonds, 21525 residues, 40 models selected  

> select down

334330 atoms, 338231 bonds, 21525 residues, 40 models selected  

> select clear

> select /dsb1A

149016 atoms, 150816 bonds, 9625 residues, 25 models selected  

> color (#!1-5,12-31 & sel) cornflower blue

> select /dsb1B

119202 atoms, 120642 bonds, 7700 residues, 20 models selected  

> color (#!7-26 & sel) medium blue

> color (#!7-26 & sel) cornflower blue

> select clear

> select #1,2,3,4,5,7,8,9,10,11,27,28,29,30,31/dsb1A

59608 atoms, 60328 bonds, 3850 residues, 10 models selected  

> color (#!1-5,27-31 & sel) cyan

> select #1,2,3,4,5,7,8,9,10,11,27,28,29,30,31/dsb2

66112 atoms, 66772 bonds, 4200 residues, 15 models selected  

> select #1,2,3,4,5,7,8,9,10,11,27,28,29,30,31/dsb1B

29804 atoms, 30164 bonds, 1925 residues, 5 models selected  

> color (#!7-11 & sel) cyan

> select #12,13,14,15,16,17,18,19,20,21,22,23,24,25,26/dsb1A

89408 atoms, 90488 bonds, 5775 residues, 15 models selected  

> color sel light sea green

> color sel medium blue

> color sel #fcb2b3ff

> color sel #b2cefcff

[Repeated 1 time(s)]

> color sel #d9e6fcff

> color sel #e2ecfcff

> color sel #fcfcfcff

> color sel #dce8fcff

> color sel #a0c3fcff

> color sel #9dc1fcff

> color sel #9cc1fcff

> color sel #9cc0fbff

> color sel #6d87b0ff

> color sel #6a83abff

> color sel #6a82aaff

> color sel #718cb7ff

> color sel #728db8ff

> color sel #728db9ff

[Repeated 1 time(s)]

> select #12,13,14,15,16,17,18,19,20,21,22,23,24,25,26/dsb1B

89398 atoms, 90478 bonds, 5775 residues, 15 models selected  

> color sel #a8c8fcff

[Repeated 1 time(s)]

> color sel #9bb9e9ff

> color sel #98b5e4ff

> color sel #8ba6d1ff

[Repeated 1 time(s)]

> color sel #8ca6d1ff

> select clear

> save /Users/pcarlton/Desktop/wow3.cxs

> contacts /dsb1A restrict /spo11B interModel false intraMol false select true

No contacts  

> contacts /dsb1B restrict /spo11A interModel false intraMol false select true

No contacts  

> contacts /dsb1B restrict /spo11B interModel false intraMol false select true

No contacts  

> contacts /dsb1B restrict /spo11aB interModel false intraMol false select
> true

No contacts  

> contacts /dsb1B restrict /spo11a interModel false intraMol false select true

2018 contacts  

> select clear

Drag select of 6610 residues  

> select intersect dsb1B

Missing or invalid "objects" argument: invalid objects specifier  

> select intersect /dsb1B

34287 atoms, 2100 residues, 15 models selected  

> contacts sel restrict /spo11a select true interModel false intraMol false

538 contacts  

> sequence chain
> #14/spo11a#16/spo11a#17/spo11a#18/spo11a#19/spo11a#20/spo11a#21/spo11a#22/spo11a#23/spo11a#24/spo11a#25/spo11a#26/spo11a

Alignment identifier is 1  

> sequence chain
> #14/dsb1B#16/dsb1B#17/dsb1B#18/dsb1B#19/dsb1B#20/dsb1B#21/dsb1B#22/dsb1B#23/dsb1B#24/dsb1B#25/dsb1B#26/dsb1B

Alignment identifier is 2  

> select up

3479 atoms, 3342 bonds, 196 residues, 12 models selected  

> select down

570 atoms, 196 residues, 12 models selected  

> select #14/spo11a:406 #16/spo11a:406 #17/spo11a:406 #18/spo11a:406
> #19/spo11a:406 #20/spo11a:406 #21/spo11a:406 #22/spo11a:406 #23/spo11a:406
> #24/spo11a:406 #25/spo11a:406 #26/spo11a:406

144 atoms, 132 bonds, 12 residues, 12 models selected  

> select #14/spo11a:406-425 #16/spo11a:406-425 #17/spo11a:406-425
> #18/spo11a:406-425 #19/spo11a:406-425 #20/spo11a:406-425 #21/spo11a:406-425
> #22/spo11a:406-425 #23/spo11a:406-425 #24/spo11a:406-425 #25/spo11a:406-425
> #26/spo11a:406-425

3576 atoms, 3588 bonds, 240 residues, 12 models selected  
1 [ID: 1] region 12 chains [406-425] RMSD: 37.157  
  

> show sel cartoons

> color sel hot pink

Drag select of 8603 residues, 5 pseudobonds  

> select intersect /dsb1A

45716 atoms, 2800 residues, 20 models selected  

> contacts sel restrict /spo11b select true interModel false intraMol false

663 contacts  

> sequence chain
> #14/spo11b#16/spo11b#17/spo11b#18/spo11b#19/spo11b#20/spo11b#21/spo11b#22/spo11b#23/spo11b#24/spo11b#25/spo11b#26/spo11b#27/spo11b#28/spo11b#29/spo11b#30/spo11b#31/spo11b

Alignment identifier is 3  

> sequence chain
> #14/dsb1A#16/dsb1A#17/dsb1A#18/dsb1A#19/dsb1A#20/dsb1A#21/dsb1A#22/dsb1A#23/dsb1A#24/dsb1A#25/dsb1A#26/dsb1A#27/dsb1A#28/dsb1A#29/dsb1A#30/dsb1A#31/dsb1A

Alignment identifier is 4  

> select up

4222 atoms, 4053 bonds, 236 residues, 17 models selected  

> select down

719 atoms, 236 residues, 17 models selected  

> select #14/spo11b:382 #16/spo11b:382 #17/spo11b:382 #18/spo11b:382
> #19/spo11b:382 #20/spo11b:382 #21/spo11b:382 #22/spo11b:382 #23/spo11b:382
> #24/spo11b:382 #25/spo11b:382 #26/spo11b:382 #27/spo11b:382 #28/spo11b:382
> #29/spo11b:382 #30/spo11b:382 #31/spo11b:382

323 atoms, 306 bonds, 17 residues, 17 models selected  

> select #14/spo11b:382-425 #16/spo11b:382-425 #17/spo11b:382-425
> #18/spo11b:382-425 #19/spo11b:382-425 #20/spo11b:382-425 #21/spo11b:382-425
> #22/spo11b:382-425 #23/spo11b:382-425 #24/spo11b:382-425 #25/spo11b:382-425
> #26/spo11b:382-425 #27/spo11b:382-425 #28/spo11b:382-425 #29/spo11b:382-425
> #30/spo11b:382-425 #31/spo11b:382-425

11135 atoms, 11186 bonds, 748 residues, 17 models selected  
3 [ID: 3] region 17 chains [382-425] RMSD: 37.341  
  

> show sel cartoons

> select #14/spo11b:382 #16/spo11b:382 #17/spo11b:382 #18/spo11b:382
> #19/spo11b:382 #20/spo11b:382 #21/spo11b:382 #22/spo11b:382 #23/spo11b:382
> #24/spo11b:382 #25/spo11b:382 #26/spo11b:382 #27/spo11b:382 #28/spo11b:382
> #29/spo11b:382 #30/spo11b:382 #31/spo11b:382

323 atoms, 306 bonds, 17 residues, 17 models selected  

> select #14/spo11b:382-405 #16/spo11b:382-405 #17/spo11b:382-405
> #18/spo11b:382-405 #19/spo11b:382-405 #20/spo11b:382-405 #21/spo11b:382-405
> #22/spo11b:382-405 #23/spo11b:382-405 #24/spo11b:382-405 #25/spo11b:382-405
> #26/spo11b:382-405 #27/spo11b:382-405 #28/spo11b:382-405 #29/spo11b:382-405
> #30/spo11b:382-405 #31/spo11b:382-405

6069 atoms, 6086 bonds, 408 residues, 17 models selected  
3 [ID: 3] region 17 chains [382-405] RMSD: 33.469  
  

> hide sel cartoons

> select #14/spo11b:425 #16/spo11b:425 #17/spo11b:425 #18/spo11b:425
> #19/spo11b:425 #20/spo11b:425 #21/spo11b:425 #22/spo11b:425 #23/spo11b:425
> #24/spo11b:425 #25/spo11b:425 #26/spo11b:425 #27/spo11b:425 #28/spo11b:425
> #29/spo11b:425 #30/spo11b:425 #31/spo11b:425

221 atoms, 204 bonds, 17 residues, 17 models selected  

> select #14/spo11b:406-425 #16/spo11b:406-425 #17/spo11b:406-425
> #18/spo11b:406-425 #19/spo11b:406-425 #20/spo11b:406-425 #21/spo11b:406-425
> #22/spo11b:406-425 #23/spo11b:406-425 #24/spo11b:406-425 #25/spo11b:406-425
> #26/spo11b:406-425 #27/spo11b:406-425 #28/spo11b:406-425 #29/spo11b:406-425
> #30/spo11b:406-425 #31/spo11b:406-425

5066 atoms, 5083 bonds, 340 residues, 17 models selected  
3 [ID: 3] region 17 chains [406-425] RMSD: 41.513  
  

> select #14/spo11b:377 #16/spo11b:377 #17/spo11b:377 #18/spo11b:377
> #19/spo11b:377 #20/spo11b:377 #21/spo11b:377 #22/spo11b:377 #23/spo11b:377
> #24/spo11b:377 #25/spo11b:377 #26/spo11b:377 #27/spo11b:377 #28/spo11b:377
> #29/spo11b:377 #30/spo11b:377 #31/spo11b:377

323 atoms, 306 bonds, 17 residues, 17 models selected  

> select #14/spo11b:377-425 #16/spo11b:377-425 #17/spo11b:377-425
> #18/spo11b:377-425 #19/spo11b:377-425 #20/spo11b:377-425 #21/spo11b:377-425
> #22/spo11b:377-425 #23/spo11b:377-425 #24/spo11b:377-425 #25/spo11b:377-425
> #26/spo11b:377-425 #27/spo11b:377-425 #28/spo11b:377-425 #29/spo11b:377-425
> #30/spo11b:377-425 #31/spo11b:377-425

12478 atoms, 12546 bonds, 833 residues, 17 models selected  
3 [ID: 3] region 17 chains [377-425] RMSD: 36.037  
  

> hide sel cartoons

Drag select of 6337 residues  

> select intersect /dsb1A

45716 atoms, 2800 residues, 20 models selected  

> contacts sel restrict /spo11b select true interModel false intraMol false

663 contacts  

> select intersect /spo11b

355 atoms, 111 residues, 17 models selected  

> sequence chain
> #14/spo11b#16/spo11b#17/spo11b#18/spo11b#19/spo11b#20/spo11b#21/spo11b#22/spo11b#23/spo11b#24/spo11b#25/spo11b#26/spo11b#27/spo11b#28/spo11b#29/spo11b#30/spo11b#31/spo11b

Alignment identifier is 5  

> select up

1746 atoms, 1675 bonds, 111 residues, 17 models selected  

> select down

355 atoms, 111 residues, 17 models selected  

> show sel cartoons

> color sel magenta

> select clear

> select #19/spo11b:386

21 atoms, 21 bonds, 1 residue, 1 model selected  

> select up

143 atoms, 144 bonds, 9 residues, 1 model selected  

> select add #14/spo11b:392

154 atoms, 154 bonds, 10 residues, 2 models selected  

> select add #25/spo11b:389

166 atoms, 165 bonds, 11 residues, 3 models selected  

> hide sel cartoons

Drag select of 123 residues  

> select up

6116 atoms, 6140 bonds, 406 residues, 12 models selected  

> select add #20/spo11a:416

6136 atoms, 6160 bonds, 407 residues, 13 models selected  

> select up

6175 atoms, 6199 bonds, 409 residues, 13 models selected  
Drag select of 1 residues  

> select up

7114 atoms, 7146 bonds, 470 residues, 13 models selected  
Drag select of 1 residues  

> select up

7226 atoms, 7258 bonds, 478 residues, 13 models selected  

> hide sel cartoons

Drag select of 8 residues  

> hide sel cartoons

> select clear

Drag select of 702 residues  

> select up

40706 atoms, 41174 bonds, 2432 residues, 30 models selected  

> select up

170077 atoms, 171517 bonds, 10350 residues, 30 models selected  

> color sel orange

> select clear

[Repeated 1 time(s)]

> select /dsb1B:1-135

44374 atoms, 44774 bonds, 2700 residues, 20 models selected  

> contacts sel restrict /spo11a interModel false intraMol false

616 contacts  

> select intersect /spo11b

Nothing selected  

> select /dsb1B:1-135

44374 atoms, 44774 bonds, 2700 residues, 20 models selected  

> contacts sel restrict /spo11a interModel false intraMol false

616 contacts  

> select intersect /spo11a

Nothing selected  

> select /dsb1B:1-135

44374 atoms, 44774 bonds, 2700 residues, 20 models selected  

> contacts sel restrict /spo11a interModel false intraMol false

616 contacts  

> sequence chain
> #7/dsb1B#8/dsb1B#9/dsb1B#10/dsb1B#11/dsb1B#12/dsb1B#13/dsb1B#14/dsb1B#15/dsb1B#16/dsb1B#17/dsb1B#18/dsb1B#19/dsb1B#20/dsb1B#21/dsb1B#22/dsb1B#23/dsb1B#24/dsb1B#25/dsb1B#26/dsb1B

Alignment identifier is 6  

> select up

54214 atoms, 54721 bonds, 3389 residues, 25 models selected  

> select down

44374 atoms, 44774 bonds, 2700 residues, 25 models selected  

> select clear

> select /dsb1B:1-135

44374 atoms, 44774 bonds, 2700 residues, 20 models selected  

> contacts sel restrict /spo11a interModel false intraMol false select true

616 contacts  

> sequence chain
> #7/spo11a#8/spo11a#9/spo11a#10/spo11a#11/spo11a#14/spo11a#16/spo11a#17/spo11a#18/spo11a#19/spo11a#20/spo11a#21/spo11a#22/spo11a#23/spo11a#24/spo11a#25/spo11a#26/spo11a

Alignment identifier is 6  

> sequence chain
> #7/dsb1B#8/dsb1B#9/dsb1B#10/dsb1B#11/dsb1B#14/dsb1B#16/dsb1B#17/dsb1B#18/dsb1B#19/dsb1B#20/dsb1B#21/dsb1B#22/dsb1B#23/dsb1B#24/dsb1B#25/dsb1B#26/dsb1B

Alignment identifier is 7  

> select up

3928 atoms, 3772 bonds, 220 residues, 22 models selected  

> select down

643 atoms, 220 residues, 22 models selected  

> show sel cartoons

> select intersect /spo11a

321 atoms, 106 residues, 17 models selected  

> color sel hot pink

> select clear

> select #19/spo11a:386

21 atoms, 21 bonds, 1 residue, 1 model selected  

> select up

172 atoms, 173 bonds, 11 residues, 1 model selected  

> hide sel cartoons

> select clear

Drag select of 20 residues  

> sequence chain #14/spo11a

Alignment identifier is 14/spo11a  
Drag select of 1 residues  

> hide sel cartoons

Drag select of 1813 residues  

> select intersect /spo11a

1364 atoms, 88 residues, 12 models selected  

> color sel magenta

> select clear

> select /dsb1B:1-135

44374 atoms, 44774 bonds, 2700 residues, 20 models selected  

> contacts sel restrict /spo11a interModel false intraMol false select true

616 contacts  

> select intersect /spo11a

321 atoms, 106 residues, 17 models selected  

> color sel magenta

> select clear

> save /Users/pcarlton/Desktop/wow3.cxs

> movie record

> turn y 2 180

> wait 180

> movie encode /Users/pcarlton/Desktop/movie3.mp4

Movie saved to /Users/pcarlton/Desktop/movie3.mp4  
  

> help help:user

> camera ortho

Drag select of 8200 residues  

> select intersect /E

92372 atoms, 5622 residues, 30 models selected  

> contacts sel restrict /spo11a interModel false intraMol false select true

2073 contacts  

> select intersect /spo11a

1214 atoms, 421 residues, 30 models selected  

> sequence align sel

Alignment identifier is 7  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 7  
Webservices job id: 38O420DOB46W1H5J  
Webservices job finished: 38O420DOB46W1H5J  

> sequence header 7 rmsd show

Chains used in RMSD evaluation for alignment 7:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11a,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11a,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11a  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 7  

> sequence header 7 conservation hide

Hiding conservation header for alignment 7  

> select clear

Drag select of 10291 residues, 46 pseudobonds  

> select intersect /E

92372 atoms, 5622 residues, 30 models selected  

> contacts sel restrict /spo11b interModel false intraMol false select true

2052 contacts  

> select intersect /spo11b

1166 atoms, 313 residues, 30 models selected  

> sequence align sel

Alignment identifier is 8  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 8  
Webservices job id: 8OAWPZEGAXJ1TNJ9  
Webservices job finished: 8OAWPZEGAXJ1TNJ9  

> sequence header 8 rmsd show

Chains used in RMSD evaluation for alignment 8:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/spo11b,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/spo11b,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/spo11b  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 8  

> sequence header 8 conservation hide

Hiding conservation header for alignment 8  
Drag select of 9061 residues  

> select intersect /E

92372 atoms, 5622 residues, 30 models selected  

> contacts sel restrict /spo11b,spo11a interModel false intraMol false select
> true

4125 contacts  

> select intersect /E

2053 atoms, 665 residues, 30 models selected  

> select /E

170077 atoms, 171517 bonds, 10350 residues, 30 models selected  

> contacts sel restrict /spo11a interModel false intraMol false select true

2386 contacts  

> select intersect /E

1264 atoms, 409 residues, 30 models selected  

> sequence align sel

Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: 07CIG2E60N2239QG  
Webservices job finished: 07CIG2E60N2239QG  

> name frozen dsb3tspoA sel

> select clear

> select dsb3tspoA

1264 atoms, 647 bonds, 409 residues, 30 models selected  

> select clear

> select /E

170077 atoms, 171517 bonds, 10350 residues, 30 models selected  

> contacts sel restrict /spo11b interModel false intraMol false select true

3541 contacts  

> select intersect /E

1659 atoms, 532 residues, 30 models selected  

> name frozen dsb3tspoB sel

> select dsb3tspoB

1659 atoms, 988 bonds, 532 residues, 30 models selected  

> select dsb3tspoA

1264 atoms, 647 bonds, 409 residues, 30 models selected  

> select dsb3tspoB

1659 atoms, 988 bonds, 532 residues, 30 models selected  

> select dsb3tspoA

1264 atoms, 647 bonds, 409 residues, 30 models selected  

> sequence header 1 rmsd show

Chains used in RMSD evaluation for alignment 1:
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #1/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif #2/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif #3/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif #4/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif #5/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif #7/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif #8/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif #9/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif #10/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif #11/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_0.um.cif #12/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_1.um.cif #13/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_2.um.cif #14/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_3.um.cif #15/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdna_model_4.um.cif #16/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_0.um.cif #17/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_1.um.cif #18/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_2.um.cif #19/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_3.um.cif #20/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnab_model_4.um.cif #21/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_0.um.cif #22/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_1.um.cif #23/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_2.um.cif #24/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_3.um.cif #25/E,
fold_k00cele_spo_11x2_dsb113_mg4_splitdnac_model_4.um.cif #26/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_0.um.cif #27/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_1.um.cif #28/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_2.um.cif #29/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_3.um.cif #30/E,
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2c_model_4.um.cif #31/E  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  

> sequence header 1 conservation hide

Hiding conservation header for alignment 1  

> select dsb3tspoB

1659 atoms, 988 bonds, 532 residues, 30 models selected  

> select dsb3tspoA

1264 atoms, 647 bonds, 409 residues, 30 models selected  

> select dsb3tspoB

1659 atoms, 988 bonds, 532 residues, 30 models selected  

> save /Users/pcarlton/Desktop/wow3.cxs

——— End of log from Sat Sep 6 22:32:53 2025 ———

> view name session-start

opened ChimeraX session  

> select #19/spo11b:353

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select #19/spo11b:353

17 atoms, 16 bonds, 1 residue, 1 model selected  

> select #19/spo11b:353

17 atoms, 16 bonds, 1 residue, 1 model selected  

> show sel atoms

> open /Users/pcarlton/7ftv_A_sampled_0.cif

7ftv_A_sampled_0.cif title:  
. [more info...]  
  
Chain information for 7ftv_A_sampled_0.cif #32  
---  
Chain | Description  
A | .  
  
Color 7ftv_A_sampled_0.cif by residue attribute pLDDT_score  
Computing secondary structure  

> ui tool show "Model Panel"

> close #32

> open /Users/pcarlton/code/ml-
> simplefold/artifacts/predictions_simplefold_360M_mlx/7ftv_D_sampled_0.cif

7ftv_D_sampled_0.cif title:  
. [more info...]  
  
Chain information for 7ftv_D_sampled_0.cif #32  
---  
Chain | Description  
A | .  
  
Color 7ftv_D_sampled_0.cif by residue attribute pLDDT_score  
Computing secondary structure  

> select add #32

3039 atoms, 3110 bonds, 386 residues, 2 models selected  

> select ~sel

1029784 atoms, 1047834 bonds, 4189 pseudobonds, 61094 residues, 62 models
selected  

> select clear

[Repeated 1 time(s)]

> hide #6#!1-5,7-31 target m

> select add #32

3022 atoms, 3094 bonds, 385 residues, 1 model selected  

> select subtract #32

Nothing selected  

> select clear

Drag select of 36 residues  

> sequence chain #32/A

Alignment identifier is 32/A  

> select clear

> select #32/A:120

8 atoms, 7 bonds, 1 residue, 1 model selected  

> select #32/A:120-131

106 atoms, 108 bonds, 12 residues, 1 model selected  

> select #32/A:105

8 atoms, 7 bonds, 1 residue, 1 model selected  

> select #32/A:105-107

23 atoms, 22 bonds, 3 residues, 1 model selected  

> select clear

> select #32/A:59

7 atoms, 6 bonds, 1 residue, 1 model selected  

> select #32/A:59-61

24 atoms, 23 bonds, 3 residues, 1 model selected  

> select clear

> rainbow #32

> select #32/A:99

7 atoms, 6 bonds, 1 residue, 1 model selected  

> select #32/A:99-109

92 atoms, 94 bonds, 11 residues, 1 model selected  

> select clear

> select #32/A:127

6 atoms, 5 bonds, 1 residue, 1 model selected  

> select up

106 atoms, 108 bonds, 12 residues, 1 model selected  

> select clear

> select #32/A:130-182

385 atoms, 390 bonds, 53 residues, 1 model selected  

> select #32/A:130-188

438 atoms, 446 bonds, 59 residues, 1 model selected  

> select #32/A:130-188

438 atoms, 446 bonds, 59 residues, 1 model selected  

> select #32/A:189

7 atoms, 6 bonds, 1 residue, 1 model selected  

> select #32/A:181-189

73 atoms, 75 bonds, 9 residues, 1 model selected  

> color sel magenta

> select #32/A:186

6 atoms, 5 bonds, 1 residue, 1 model selected  

> select #32/A:186

6 atoms, 5 bonds, 1 residue, 1 model selected  

> show sel atoms

> style sel ball

Changed 6 atom styles  

> color sel byhetero

> select clear

> select #32/A:186@OG

1 atom, 1 residue, 1 model selected  

> addcharge hydrogens

Expected a keyword  

> ui tool show "Add Hydrogens"

> addh #32

Summary of feedback from adding hydrogens to 7ftv_D_sampled_0.cif #32  
---  
notes | Termini for 7ftv_D_sampled_0.cif (#32) chain A determined from SEQRES records  
Chain-initial residues that are actual N termini: 7ftv_D_sampled_0.cif #32/A
MET 1  
Chain-initial residues that are not actual N termini:  
Chain-final residues that are actual C termini: 7ftv_D_sampled_0.cif #32/A PHE
385  
Chain-final residues that are not actual C termini:  
Missing OXT added to C-terminal residue 7ftv_D_sampled_0.cif #32/A PHE 385  
324 hydrogen bonds  
2939 hydrogens added  
  

> color sel byhetero

> select clear

> color #32 byhetero

> select #32/A:186@HG

1 atom, 1 residue, 1 model selected  

> ui tool show "Build Structure"

> build modify #32/A:186@HG P 4 geometry tetrahedral name P1 resName SEP

> select #32/A:186@H13

1 atom, 1 residue, 1 model selected  

> build modify #32/A:186@H13 O 2 geometry linear name O1

> select #32/A:186@H12

1 atom, 1 residue, 1 model selected  

> build modify #32/A:186@H12 O 2 geometry linear name O2

> select #32/A:186@H11

1 atom, 1 residue, 1 model selected  

> build modify #32/A:186@H11 O 2 geometry linear name O3

> select #32/A:186@H3

1 atom, 1 residue, 1 model selected  

> delete atoms sel

> delete bonds sel

> select #32/A:212

11 atoms, 10 bonds, 1 residue, 1 model selected  

> select up

48 atoms, 48 bonds, 3 residues, 1 model selected  

> close #32

> open /Users/pcarlton/code/ml-
> simplefold/artifacts/predictions_simplefold_360M_mlx/7ftv_E_sampled_0.cif

7ftv_E_sampled_0.cif title:  
. [more info...]  
  
Chain information for 7ftv_E_sampled_0.cif #32  
---  
Chain | Description  
A | .  
  
Color 7ftv_E_sampled_0.cif by residue attribute pLDDT_score  
Computing secondary structure  

> select #32/A

8081 atoms, 8247 bonds, 1012 residues, 1 model selected  

> select #32/B

Nothing selected  

> select #32/A

8081 atoms, 8247 bonds, 1012 residues, 1 model selected  

> rainbow sel

> select clear

Drag select of 22 residues  

> sequence chain #32/A

Alignment identifier is 32/A  

> select clear

> select #32/A:385-386

16 atoms, 16 bonds, 2 residues, 1 model selected  

> select #32/A:342-385

352 atoms, 360 bonds, 44 residues, 1 model selected  

> select clear

[Repeated 1 time(s)]

> color #32 bychain

> select #32/A:385

11 atoms, 11 bonds, 1 residue, 1 model selected  

> select #32/A:278-385

873 atoms, 888 bonds, 108 residues, 1 model selected  

> color sel red

> select #32/A:666

8 atoms, 7 bonds, 1 residue, 1 model selected  

> select #32/A:605-666

504 atoms, 516 bonds, 62 residues, 1 model selected  

> color sel yellow

> select #32/A:631-687

466 atoms, 479 bonds, 57 residues, 1 model selected  

> select #32/A:631-713

675 atoms, 690 bonds, 83 residues, 1 model selected  

> select
> #32/A:59-61,89-101,112-115,121-127,154-175,181-185,203-215,219-223,241-243,261-263,276-278,281-283,305-312,315-327,331-344,348-363,380-382,471-483,490-497,509-515,518-528,554-556,587-596,598-609,612-633,643-656,665-667,677-693,703-708,710-712,717-725,737-739,741-745,752-789,794-815,826-844,846-848,851-872,877-900,907-922,924-927,932-949,951-973,976-1006

4135 atoms, 4176 bonds, 504 residues, 1 model selected  

> select #32/A:631-676

376 atoms, 384 bonds, 46 residues, 1 model selected  

> select #32/A:631-699

564 atoms, 577 bonds, 69 residues, 1 model selected  

> select #32/A:784-785

18 atoms, 17 bonds, 2 residues, 1 model selected  

> select #32/A:784-786

28 atoms, 28 bonds, 3 residues, 1 model selected  

> select #32/A:676

8 atoms, 7 bonds, 1 residue, 1 model selected  

> select #32/A:676-715

324 atoms, 330 bonds, 40 residues, 1 model selected  

> color sel cornflower blue

> color sel white

> color sel lime

> select clear

> close #32

> show #!1 models

> show #!31 models

> show #!30 models

> show #!29 models

> show #!28 models

> show #!26 models

> show #!27 models

> show #!25 models

> show #!24 models

> show #!23 models

> show #!22 models

> show #!21 models

> show #!20 models

> show #!19 models

> show #!18 models

> show #!17 models

> show #!16 models

> show #!15 models

> show #!14 models

> show #!13 models

> show #!12 models

> show #!11 models

> show #!10 models

> show #!9 models

> show #!8 models

> show #!7 models

> show #6 models

> hide #6 models

> show #!5 models

> show #!4 models

> show #!3 models

> show #!2 models

> save /Users/pcarlton/Desktop/k00session.cxs

——— End of log from Fri Sep 26 16:09:00 2025 ———

> view name session-start

opened ChimeraX session  

> close #6

> hide #!12 models

> hide #12-31 models

> select clear

> color #!1-5,7-11 bychain

> select /dsb1A

149016 atoms, 150816 bonds, 9625 residues, 25 models selected  

> select clear

> select #9/dsb1a

Nothing selected  

> select #9/dsb1A

Nothing selected  

> select #9/dsb1B

5960 atoms, 6032 bonds, 385 residues, 1 model selected  

> select #1-11/dsb1A

29806 atoms, 30166 bonds, 1925 residues, 5 models selected  

> select #1-11/dsb1B

29804 atoms, 30164 bonds, 1925 residues, 5 models selected  

> mmaker #1-11/dsb1B to #1-11/dsb1A

Specify a single 'to' model only  

> mmaker #1-11/dsb1B to #1/dsb1A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif,
chain dsb1B (#7), sequence alignment score = 1815.6  
RMSD between 124 pruned atom pairs is 0.590 angstroms; (across all 385 pairs:
44.838)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_1.um.cif,
chain dsb1B (#8), sequence alignment score = 1815  
RMSD between 5 pruned atom pairs is 1.382 angstroms; (across all 385 pairs:
50.017)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif,
chain dsb1B (#9), sequence alignment score = 1801.8  
RMSD between 122 pruned atom pairs is 0.695 angstroms; (across all 385 pairs:
51.518)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif,
chain dsb1B (#10), sequence alignment score = 1826.4  
RMSD between 120 pruned atom pairs is 0.573 angstroms; (across all 385 pairs:
55.782)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
dsb1A (#1) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif,
chain dsb1B (#11), sequence alignment score = 1800.6  
RMSD between 127 pruned atom pairs is 0.649 angstroms; (across all 385 pairs:
41.180)  
  
Drag select of 154 residues  

> select up

4291 atoms, 4322 bonds, 255 residues, 9 models selected  

> select clear

Drag select of 152 residues  

> select add #8

36186 atoms, 34136 bonds, 16 pseudobonds, 2136 residues, 11 models selected  

> select clear

Drag select of 149 residues  

> select up

4127 atoms, 4157 bonds, 243 residues, 9 models selected  

> select up

61582 atoms, 62167 bonds, 3825 residues, 9 models selected  

> changechains sel spo11B2

Chain IDs of 3825 residues changed  

> select clear

> color #!1-5,7-11 bychain

Drag select of 67 residues  

> select up

3062 atoms, 3082 bonds, 192 residues, 9 models selected  

> select up

61575 atoms, 62160 bonds, 3825 residues, 9 models selected  

> info chains sel

chain id #1/spo11b chain_id spo11b  
chain id #2/spo11b chain_id spo11b  
chain id #3/spo11b chain_id spo11b  
chain id #4/spo11b chain_id spo11b  
chain id #5/spo11b chain_id spo11b  
chain id #7/spo11a chain_id spo11a  
chain id #9/spo11a chain_id spo11a  
chain id #10/spo11a chain_id spo11a  
chain id #11/spo11a chain_id spo11a  

> ui tool show Log

> color sel medium blue

> changechains sel spo11X

Chain IDs of 3825 residues changed  

> select clear

Drag select of 42 residues  

> select up

1359 atoms, 1368 bonds, 81 residues, 9 models selected  

> select up

61582 atoms, 62167 bonds, 3825 residues, 9 models selected  

> select clear

> select #8

33549 atoms, 34136 bonds, 16 pseudobonds, 1984 residues, 2 models selected  

> show ribbons

> show sel ribbons

> select clear

> undo

[Repeated 1 time(s)]

> select clear

> hide #!8 models

> show #!8 models

> hide #!8 models

> show #!8 models

> hide #!8 models

Drag select of 201 residues  

> select up

5003 atoms, 5015 bonds, 308 residues, 18 models selected  

> select up

53648 atoms, 54296 bonds, 3465 residues, 18 models selected  

> select up

301964 atoms, 307254 bonds, 17856 residues, 18 models selected  

> select clear

> select #1-11/dsb1A #1-11/dsb1B

59610 atoms, 60330 bonds, 3850 residues, 10 models selected  

> changechains sel dsb1X

Chain IDs of 3850 residues changed  

> select clear

> color #!1-5,7,9-11 bychain

> select clear

Drag select of 131 residues  

> select up

3040 atoms, 3041 bonds, 192 residues, 4 models selected  

> select up

17630 atoms, 17806 bonds, 1120 residues, 4 models selected  

> select #1-11/dsb2

44074 atoms, 44514 bonds, 2800 residues, 10 models selected  

> select #1-11/dsb2:1-100

16245 atoms, 16395 bonds, 1000 residues, 10 models selected  

> show sel & #!1-5,7,9-11 cartoons

> select clear

> select #1-11/dsb2:1-100

16245 atoms, 16395 bonds, 1000 residues, 10 models selected  

> show sel ribbons

> select clear

[Repeated 1 time(s)]

> color #!1-5,7,9-11 bychain

> select /dsb1X

59610 atoms, 60330 bonds, 3850 residues, 10 models selected  

> color (#!1-5,7,9-11 & sel) red

> select clear

Drag select of 158 residues  

> select up

8689 atoms, 8784 bonds, 523 residues, 9 models selected  

> select up

61582 atoms, 62167 bonds, 3825 residues, 9 models selected  

> info chains sel

chain id #1/spo11B2 chain_id spo11B2  
chain id #2/spo11B2 chain_id spo11B2  
chain id #3/spo11B2 chain_id spo11B2  
chain id #4/spo11B2 chain_id spo11B2  
chain id #5/spo11B2 chain_id spo11B2  
chain id #7/spo11B2 chain_id spo11B2  
chain id #9/spo11B2 chain_id spo11B2  
chain id #10/spo11B2 chain_id spo11B2  
chain id #11/spo11B2 chain_id spo11B2  

> changechains sel spo11B

Chain IDs of 3825 residues changed  

> select /spo11X

61575 atoms, 62160 bonds, 46 pseudobonds, 3825 residues, 10 models selected  

> select /spo11A

Nothing selected  
Drag select of 157 residues  

> select up

7696 atoms, 7791 bonds, 472 residues, 9 models selected  

> select up

61582 atoms, 62167 bonds, 3825 residues, 9 models selected  

> info chains sel

chain id #1/spo11B chain_id spo11B  
chain id #2/spo11B chain_id spo11B  
chain id #3/spo11B chain_id spo11B  
chain id #4/spo11B chain_id spo11B  
chain id #5/spo11B chain_id spo11B  
chain id #7/spo11B chain_id spo11B  
chain id #9/spo11B chain_id spo11B  
chain id #10/spo11B chain_id spo11B  
chain id #11/spo11B chain_id spo11B  

> select #3/spo11B:88

24 atoms, 23 bonds, 1 residue, 1 model selected  
Drag select of 44 residues  

> select up

4507 atoms, 4522 bonds, 265 residues, 9 models selected  

> select up

61582 atoms, 62167 bonds, 3825 residues, 9 models selected  

> changechains sel spo11aa

Chain IDs of 3825 residues changed  
Drag select of 19 residues  

> select up

3606 atoms, 3649 bonds, 245 residues, 9 models selected  

> select up

61575 atoms, 62160 bonds, 3825 residues, 9 models selected  

> changechains sel spo11bb

Chain IDs of 3825 residues changed  

> select /spo11aa

61582 atoms, 62167 bonds, 53 pseudobonds, 3825 residues, 10 models selected  

> mmaker #1,2,3,4,5,7,8,9,10/spo11aa to #11/spo11aa

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif,
chain spo11aa (#1), sequence alignment score = 2051.2  
RMSD between 331 pruned atom pairs is 0.449 angstroms; (across all 425 pairs:
35.661)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_1.um.cif,
chain spo11aa (#2), sequence alignment score = 2051.8  
RMSD between 333 pruned atom pairs is 0.408 angstroms; (across all 425 pairs:
20.832)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_2.um.cif,
chain spo11aa (#3), sequence alignment score = 2058.4  
RMSD between 332 pruned atom pairs is 0.523 angstroms; (across all 425 pairs:
22.312)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_3.um.cif,
chain spo11aa (#4), sequence alignment score = 2018.8  
RMSD between 330 pruned atom pairs is 0.572 angstroms; (across all 425 pairs:
32.028)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_4.um.cif,
chain spo11aa (#5), sequence alignment score = 2071.6  
RMSD between 330 pruned atom pairs is 0.540 angstroms; (across all 425 pairs:
33.170)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_0.um.cif,
chain spo11aa (#7), sequence alignment score = 2036.8  
RMSD between 331 pruned atom pairs is 0.437 angstroms; (across all 425 pairs:
37.251)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_2.um.cif,
chain spo11aa (#9), sequence alignment score = 2051.2  
RMSD between 338 pruned atom pairs is 0.444 angstroms; (across all 425 pairs:
10.218)  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_4.um.cif, chain
spo11aa (#11) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2b_model_3.um.cif,
chain spo11aa (#10), sequence alignment score = 2031.4  
RMSD between 308 pruned atom pairs is 0.504 angstroms; (across all 425 pairs:
28.904)  
  

> save /Users/pcarlton/Desktop/k00session.cxs

——— End of log from Mon Jan 12 07:35:42 2026 ———

> view name session-start

opened ChimeraX session  

> close #2-5,7-31

> select add #1

33553 atoms, 34141 bonds, 193 pseudobonds, 1984 residues, 3 models selected  

> select subtract #1

1 model selected  

> select clear

[Repeated 1 time(s)]

> select /A,B

Nothing selected  

> info chains

chain id /spo11aa chain_id spo11aa  
chain id /spo11bb chain_id spo11bb  
chain id /dsb1X chain_id dsb1X  
chain id /dsb2 chain_id dsb2  
chain id /E chain_id E  
chain id /J chain_id J  
chain id /K chain_id K  
chain id /L chain_id L  

> ui tool show Log

> select /spo11aa,spo11bb

13685 atoms, 13815 bonds, 103 pseudobonds, 850 residues, 2 models selected  

> sequence chain #1/spo11aa,spo11bb

Alignment identifier is 1  

> select /spo11aa-spo11bb:49

48 atoms, 46 bonds, 2 residues, 1 model selected  

> select /spo11aa-spo11bb:49-57

302 atoms, 302 bonds, 18 residues, 1 model selected  

> show sel atoms

> hide sel cartoons

> color sel byhetero

> style sel ball

Changed 302 atom styles  

> select clear

> sequence chain #1/spo11aa,spo11bb

Alignment identifier is 1  

> sequence chain #1/dsb1X

Alignment identifier is 1/dsb1X  

> sequence chain #1/dsb2

Alignment identifier is 1/dsb2  

> sequence chain #1/E

Alignment identifier is 1/E  

> sequence chain #1/J

Alignment identifier is 1/J  

> sequence chain #1/K

Alignment identifier is 1/K  

> sequence chain #1/L

Alignment identifier is 1/L  

> select /spo11aa-spo11bb:49

48 atoms, 46 bonds, 2 residues, 1 model selected  

> select /spo11aa-spo11bb:49

48 atoms, 46 bonds, 2 residues, 1 model selected  

> select /spo11aa-spo11bb:54

20 atoms, 18 bonds, 2 residues, 1 model selected  

> select /spo11aa-spo11bb:54-55

58 atoms, 56 bonds, 4 residues, 1 model selected  

> select /spo11aa-spo11bb:54-55

58 atoms, 56 bonds, 4 residues, 1 model selected  

> select /spo11aa-spo11bb:54-55

58 atoms, 56 bonds, 4 residues, 1 model selected  

> select /spo11aa-spo11bb:56-57

44 atoms, 42 bonds, 4 residues, 1 model selected  

> select /spo11aa-spo11bb:56-57

44 atoms, 42 bonds, 4 residues, 1 model selected  

> select /spo11aa-spo11bb:54

20 atoms, 18 bonds, 2 residues, 1 model selected  

> select /spo11aa-spo11bb:54

20 atoms, 18 bonds, 2 residues, 1 model selected  

> select /spo11aa:49@C

1 atom, 1 residue, 1 model selected  

> select up

24 atoms, 23 bonds, 1 residue, 1 model selected  

> view sel

> select clear

> show atoms

> hide cartoons

> select clear

> color byhetero

> select clear

> select up

2 atoms, 1 bond, 1 residue, 1 model selected  

> select up

24 atoms, 23 bonds, 1 residue, 1 model selected  

> color sel yellow

> color sel byhetero

> ui tool show Rotamers

Populating font family aliases took 337 ms. Replace uses of missing font
family "Times" with one that exists to avoid this cost.  

> swapaa interactive sel ALA rotLib Dunbrack

No rotamers for ALA in Dunbrack rotamer library  

> swapaa interactive sel ALA rotLib Dynameomics

No rotamers for ALA in Dynameomics rotamer library  

> ui tool show "Build Structure"

> delete atoms sel

> delete bonds sel

> select /spo11aa:49@CG

1 atom, 1 residue, 1 model selected  

> select up

24 atoms, 22 bonds, 1 residue, 1 model selected  

> select down

1 atom, 1 residue, 1 model selected  

> select /spo11aa:49@CB

1 atom, 1 residue, 1 model selected  

> build modify /spo11aa:49@CB C 4 geometry tetrahedral resName ALA

> delete atoms sel

> delete bonds sel

> select /spo11aa:49@CG

1 atom, 1 residue, 1 model selected  

> select add /spo11aa:49@HG3

2 atoms, 1 residue, 1 model selected  

> select add /spo11aa:49@CD

3 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HD3

4 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HD2

5 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@NE

6 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@CZ

7 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@NH2

8 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@NH1

9 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HH11

10 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HH22

11 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HH21

12 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HH12

13 atoms, 1 bond, 1 residue, 1 model selected  

> select add /spo11aa:49@HE

14 atoms, 1 bond, 1 residue, 1 model selected  

> delete atoms sel

> delete bonds sel

> select /spo11aa:49@CB

1 atom, 1 residue, 1 model selected  

> build modify /spo11aa:49@CB C 4 geometry tetrahedral

> select clear

[Repeated 1 time(s)]

> select /spo11aa:49@CA

1 atom, 1 residue, 1 model selected  

> select up

10 atoms, 9 bonds, 1 residue, 1 model selected  

> sequence chain #1/spo11aa

Alignment identifier is 1/spo11aa  

> select /spo11aa:52

15 atoms, 14 bonds, 1 residue, 1 model selected  

> select /spo11aa:52

15 atoms, 14 bonds, 1 residue, 1 model selected  

> swapaa /spo11aa,spo11bb:52 ALA

Using Dunbrack library  
Swapping /spo11aa GLU 52 to ALA  
Swapping /spo11bb GLU 52 to ALA  

> swapaa /spo11aa,spo11bb:53 ALA

Using Dunbrack library  
Swapping /spo11aa PHE 53 to ALA  
Swapping /spo11bb PHE 53 to ALA  

> swapaa /spo11aa,spo11bb:49 ALA

Using Dunbrack library  
Swapping /spo11aa ALA 49 to ALA  
Swapping /spo11bb ARG 49 to ALA  

> select clear

[Repeated 2 time(s)]

> view

> select clear

> hide atoms

> show cartoons

> select /spo11aa:49

5 atoms, 4 bonds, 1 residue, 1 model selected  

> view sel

> select clear

> view

> select /spo11aa:49

5 atoms, 4 bonds, 1 residue, 1 model selected  

> cofr sel

> select /spo11aa:49,53,54

20 atoms, 18 bonds, 3 residues, 1 model selected  

> sequence chain #1/spo11aa

Destroying pre-existing alignment with identifier 1/spo11aa  
Alignment identifier is 1/spo11aa  

> select /spo11aa:49,52,53

15 atoms, 13 bonds, 3 residues, 1 model selected  

> show sel atoms

> contacts /spo1aa restrict /dsb1X select true reveal true log true

No atoms match given atom specifier  

> contacts /spo11aa restrict /dsb1X select true reveal true log true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: True
    
    106 contacts
           atom1                 atom2         overlap  distance
    /spo11aa ALA 53 CB    /dsb1X TYR 104 OH     0.376    3.004
    /spo11aa ILE 73 O     /dsb1X TYR 104 HE2    0.175    2.305
    /spo11aa GLU 39 O     /dsb1X TYR 62 HD2     0.133    2.347
    /spo11aa ALA 86 O     /dsb1X TYR 125 HE1    0.129    2.351
    /spo11aa ALA 52 CB    /dsb1X GLU 107 O      0.087    3.273
    /spo11aa ALA 52 CB    /dsb1X SER 106 HB2    0.083    2.797
    /spo11aa GLU 39 O     /dsb1X TYR 62 CD2     0.076    3.104
    /spo11aa ALA 86 O     /dsb1X TYR 125 CE1    0.074    3.106
    /spo11aa ASP 93 OD1   /dsb1X THR 121 CB     0.038    3.142
    /spo11aa ILE 73 O     /dsb1X TYR 104 CE2    0.036    3.144
    /spo11aa THR 85 C     /dsb1X TRP 124 HH2    0.030    2.670
    /spo11aa LEU 96 CB    /dsb1X SER 117 HG     0.022    2.678
    /spo11aa GLU 39 C     /dsb1X TYR 62 HD2     0.014    2.686
    /spo11aa GLN 46 NE2   /dsb1X SER 60 CB      0.001    3.324
    /spo11aa ILE 41 HD12  /dsb1X VAL 59 O       -0.035    2.515
    /spo11aa THR 85 O     /dsb1X TRP 124 HH2    -0.037    2.517
    /spo11aa GLU 107 CD   /dsb1X LYS 111 HZ1    -0.050    2.750
    /spo11aa ASP 93 OD1   /dsb1X THR 121 CG2    -0.070    3.250
    /spo11aa ASP 93 OD1   /dsb1X THR 121 HG21   -0.073    2.553
    /spo11aa ALA 53 CB    /dsb1X TYR 104 HH     -0.085    2.965
    /spo11aa ASP 38 O     /dsb1X TYR 62 CD2     -0.096    3.276
    /spo11aa HIS 100 CG   /dsb1X ARG 116 CD     -0.102    3.502
    /spo11aa ALA 53 CB    /dsb1X TYR 104 CZ     -0.121    3.701
    /spo11aa ASP 104 CG   /dsb1X ARG 116 NH2    -0.124    3.449
    /spo11aa LEU 96 HB3   /dsb1X SER 117 HG     -0.139    2.139
    /spo11aa ALA 56 CB    /dsb1X GLU 107 HB2    -0.140    2.840
    /spo11aa THR 85 C     /dsb1X TRP 124 CH2    -0.140    3.540
    /spo11aa THR 85 O     /dsb1X TRP 124 CH2    -0.152    3.332
    /spo11aa GLU 39 C     /dsb1X TYR 62 CD2     -0.162    3.562
    /spo11aa ILE 41 HG12  /dsb1X TYR 62 CZ      -0.164    2.864
    /spo11aa MET 62 SD    /dsb1X ASN 120 HB3    -0.169    2.951
    /spo11aa LEU 92 CD2   /dsb1X TRP 124 CZ3    -0.170    3.570
    /spo11aa GLU 107 CD   /dsb1X LYS 111 NZ     -0.175    3.500
    /spo11aa LEU 69 HG    /dsb1X TRP 124 CZ2    -0.177    2.877
    /spo11aa HIS 100 HB3  /dsb1X ARG 116 HH11   -0.179    2.179
    /spo11aa HIS 100 CD2  /dsb1X ARG 116 HD3    -0.179    2.879
    /spo11aa ALA 52 CB    /dsb1X SER 106 CB     -0.180    3.760
    /spo11aa LYS 50 HA    /dsb1X TYR 104 OH     -0.184    2.684
    /spo11aa ASP 93 OD1   /dsb1X THR 121 OG1    -0.188    2.768
    /spo11aa ILE 41 HG12  /dsb1X TYR 62 CE2     -0.189    2.889
    /spo11aa ASP 104 OD2  /dsb1X ARG 116 CZ     -0.196    3.376
    /spo11aa LYS 89 HD2   /dsb1X TYR 125 CG     -0.197    2.897
    /spo11aa ASP 38 O     /dsb1X TYR 62 CE2     -0.198    3.378
    /spo11aa GLU 107 OE2  /dsb1X LYS 111 CE     -0.200    3.380
    /spo11aa HIS 100 CB   /dsb1X ARG 116 HD2    -0.205    2.905
    /spo11aa ALA 52 CB    /dsb1X GLU 107 H      -0.205    3.085
    /spo11aa HIS 100 HB3  /dsb1X ARG 116 NH1    -0.215    2.840
    /spo11aa HIS 100 CB   /dsb1X ARG 116 CD     -0.216    3.616
    /spo11aa ILE 41 CD1   /dsb1X VAL 59 O       -0.221    3.401
    /spo11aa ILE 41 HD11  /dsb1X ARG 61 O       -0.224    2.704
    /spo11aa GLN 46 CD    /dsb1X SER 60 CB      -0.237    3.637
    /spo11aa LEU 96 CB    /dsb1X SER 117 OG     -0.238    3.438
    /spo11aa GLN 46 NE2   /dsb1X SER 60 HB2     -0.239    2.864
    /spo11aa ASP 104 OD1  /dsb1X ARG 116 HH22   -0.241    2.321
    /spo11aa ASP 104 CG   /dsb1X ARG 116 HH22   -0.245    2.945
    /spo11aa HIS 100 CD2  /dsb1X ARG 116 CD     -0.249    3.649
    /spo11aa GLU 107 OE1  /dsb1X LYS 111 CE     -0.251    3.431
    /spo11aa ASP 104 CG   /dsb1X ARG 116 NH1    -0.254    3.579
    /spo11aa HIS 100 CE1  /dsb1X ARG 116 HB3    -0.257    2.957
    /spo11aa HIS 100 HB3  /dsb1X ARG 116 HD2    -0.259    2.259
    /spo11aa LYS 89 HZ1   /dsb1X ASP 122 OD1    -0.259    2.339
    /spo11aa HIS 100 HB3  /dsb1X ARG 116 CD     -0.260    2.960
    /spo11aa HIS 100 CB   /dsb1X ARG 116 HH11   -0.264    2.964
    /spo11aa HIS 100 HE1  /dsb1X SER 117 HB3    -0.264    2.264
    /spo11aa THR 75 OG1   /dsb1X MET 57 CE      -0.269    3.469
    /spo11aa ASP 104 OD1  /dsb1X ARG 116 CZ     -0.273    3.453
    /spo11aa LEU 96 HB3   /dsb1X SER 117 CB     -0.278    2.978
    /spo11aa ALA 56 CB    /dsb1X GLU 107 CB     -0.282    3.682
    /spo11aa ASP 38 O     /dsb1X TYR 62 HD2     -0.283    2.763
    /spo11aa ILE 73 O     /dsb1X TYR 104 HH     -0.285    2.365
    /spo11aa MET 62 HA    /dsb1X TRP 124 CD1    -0.293    2.993
    /spo11aa GLU 66 O     /dsb1X TRP 124 HE1    -0.294    2.374
    /spo11aa GLU 107 OE1  /dsb1X LYS 111 HE2    -0.305    2.785
    /spo11aa ASP 104 OD1  /dsb1X ARG 116 NH2    -0.309    3.014
    /spo11aa LYS 89 HD2   /dsb1X TYR 125 CD1    -0.310    3.010
    /spo11aa GLU 39 O     /dsb1X TYR 62 H       -0.314    2.394
    /spo11aa MET 62 SD    /dsb1X ASN 120 CB     -0.326    3.808
    /spo11aa ALA 86 O     /dsb1X TYR 125 CD1    -0.329    3.509
    /spo11aa LEU 69 CG    /dsb1X TRP 124 CZ2    -0.331    3.731
    /spo11aa LEU 96 CB    /dsb1X SER 117 CB     -0.335    3.735
    /spo11aa HIS 100 CD2  /dsb1X ARG 116 HH11   -0.336    3.036
    /spo11aa HIS 100 CG   /dsb1X ARG 116 HD3    -0.338    3.038
    /spo11aa LEU 96 HB3   /dsb1X SER 117 OG     -0.338    2.838
    /spo11aa GLN 46 NE2   /dsb1X SER 60 CA      -0.339    3.664
    /spo11aa GLU 39 CA    /dsb1X TYR 62 HD2     -0.340    3.040
    /spo11aa ALA 56 HB2   /dsb1X GLU 107 HB2    -0.340    2.340
    /spo11aa LYS 89 CD    /dsb1X TYR 125 CG     -0.341    3.741
    /spo11aa ASP 104 OD1  /dsb1X ARG 116 HH12   -0.343    2.423
    /spo11aa GLU 107 CD   /dsb1X LYS 111 CE     -0.349    3.749
    /spo11aa LYS 50 HG3   /dsb1X VAL 59 HG11    -0.349    2.349
    /spo11aa ILE 41 CG1   /dsb1X TYR 62 CE2     -0.350    3.750
    /spo11aa ILE 41 HD11  /dsb1X ARG 61 C       -0.365    3.065
    /spo11aa HIS 100 ND1  /dsb1X ARG 116 CB     -0.366    3.691
    /spo11aa GLU 39 O     /dsb1X ARG 61 HA      -0.368    2.848
    /spo11aa ALA 86 C     /dsb1X TYR 125 HE1    -0.370    3.070
    /spo11aa HIS 100 CB   /dsb1X ARG 116 NH1    -0.376    3.701
    /spo11aa HIS 100 CE1  /dsb1X SER 117 HB3    -0.380    3.080
    /spo11aa HIS 100 CG   /dsb1X ARG 116 HD2    -0.384    3.084
    /spo11aa LEU 92 CD2   /dsb1X THR 121 HG22   -0.388    3.088
    /spo11aa MET 62 CE    /dsb1X THR 121 CG2    -0.389    3.789
    /spo11aa ASP 104 OD1  /dsb1X ARG 116 NH1    -0.390    3.095
    /spo11aa ASP 104 CG   /dsb1X ARG 116 HH12   -0.395    3.095
    /spo11aa HIS 100 CE1  /dsb1X ARG 116 CB     -0.395    3.795
    /spo11aa ALA 86 HB2   /dsb1X VAL 128 CG1    -0.396    3.096
    /spo11aa LYS 50 CG    /dsb1X VAL 59 HG11    -0.396    3.096
    /spo11aa ILE 41 CD1   /dsb1X ARG 61 O       -0.399    3.579
    

  
106 contacts  

> select clear

> save /Users/pcarlton/Desktop/spo11x2_3Abyhand_DSB123_splitDNA.pdb

Chain IDs longer than 2 characters; truncating  

> select clear

> open
> /Users/pcarlton/Desktop/af3/SPORM/k00cel/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif

Summary of feedback from opening
/Users/pcarlton/Desktop/af3/SPORM/k00cel/fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif  
---  
warnings | Skipping chem_comp category: Missing column 'type' on line 53  
Missing entity information. Treating each chain as a separate entity.  
Missing or incorrect sequence information. Inferred polymer connectivity.  
Skipping chem_comp category: Missing column 'type' on line 33678  
  
Chain information for
fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2  
---  
Chain | Description  
A B | No description available  
C | No description available  
D | No description available  
E | No description available  
J | No description available  
K | No description available  
L | No description available  
  

> hide atoms

> show ribbons

Computing secondary structure  

> info chains

chain id #1/spo11aa chain_id spo11aa  
chain id #1/spo11bb chain_id spo11bb  
chain id #1/dsb1X chain_id dsb1X  
chain id #1/dsb2 chain_id dsb2  
chain id #1/E chain_id E  
chain id #1/J chain_id J  
chain id #1/K chain_id K  
chain id #1/L chain_id L  
chain id #2/A chain_id A  
chain id #2/B chain_id B  
chain id #2/C chain_id C  
chain id #2/D chain_id D  
chain id #2/E chain_id E  
chain id #2/J chain_id J  
chain id #2/K chain_id K  
chain id #2/L chain_id L  

> mmaker #1/spo11aa to #2/A

Parameters  
---  
Chain pairing | bb  
Alignment algorithm | Needleman-Wunsch  
Similarity matrix | BLOSUM-62  
SS fraction | 0.3  
Gap open (HH/SS/other) | 18/18/6  
Gap extend | 1  
SS matrix |  |  | H | S | O  
---|---|---|---  
H | 6 | -9 | -6  
S |  | 6 | -6  
O |  |  | 4  
Iteration cutoff | 2  
  
Matchmaker fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain A
(#2) with fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif, chain
spo11aa (#1), sequence alignment score = 2163.2  
RMSD between 425 pruned atom pairs is 0.000 angstroms; (across all 425 pairs:
0.000)  
  

> select clear

> color bychain

> select /spo11aa,A

13644 atoms, 13773 bonds, 850 residues, 2 models selected  

> select /spo11aa,A:48-55

248 atoms, 247 bonds, 16 residues, 2 models selected  

> view sel

> show sel atoms

> color sel byhetero

> style sel ball

Changed 248 atom styles  

> ui tool show "Side View"

> save /Users/pcarlton/Desktop/3A-work.cxs

> select /spo11aa:49,53,54

20 atoms, 18 bonds, 3 residues, 1 model selected  

> select /spo11aa:49,52,53

15 atoms, 13 bonds, 3 residues, 1 model selected  

> color sel yellow

> style sel ball

Changed 15 atom styles  

> color sel byhetero

> select /A:49,52,53

59 atoms, 58 bonds, 3 residues, 1 model selected  

> contacts sel restrict /C log true reveal true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: True
    
    38 contacts
                                      atom1                                                                       atom2                                     overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    0.209    2.991
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 HD1   0.154    2.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C ILE 105 O     0.112    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     0.003    3.197
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     -0.006    2.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C ILE 105 O     -0.025    3.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 CD1   -0.030    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LEU 65 H      -0.041    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.050    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 CE     -0.070    3.250
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HA     -0.074    2.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    -0.077    2.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HA     -0.086    2.711
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.100    3.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 CB    -0.110    3.290
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LEU 65 N      -0.144    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 HB2   -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    -0.159    2.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 NZ     -0.182    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 H     -0.192    2.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     -0.194    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 CA     -0.196    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 HE3    -0.219    2.699
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 HD1   -0.237    2.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 HH    -0.271    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 CZ    -0.274    3.674
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 CA     -0.277    3.602
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 HG    -0.290    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 HB2   -0.296    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HG     -0.302    2.302
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 OG    -0.307    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 HZ2    -0.313    2.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    -0.323    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HA     -0.335    2.960
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     -0.337    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 CB     -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.385    2.865
    

  
38 contacts  

> contacts sel restrict /C log true reveal true select true
    
    
    Allowed overlap: -0.4
    H-bond overlap reduction: 0.4
    Ignore contacts between atoms separated by 4 bonds or less
    Detect intra-residue contacts: False
    Detect intra-molecule contacts: True
    
    38 contacts
                                      atom1                                                                       atom2                                     overlap  distance
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    0.209    2.991
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 HD1   0.154    2.471
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C ILE 105 O     0.112    2.368
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CD    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     0.003    3.197
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     -0.006    2.506
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C ILE 105 O     -0.025    3.205
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 CD1   -0.030    3.355
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LEU 65 H      -0.041    2.666
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.050    2.530
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 CE     -0.070    3.250
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HA     -0.074    2.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    -0.077    2.577
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HA     -0.086    2.711
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.100    3.280
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 CB    -0.110    3.290
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LEU 65 N      -0.144    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 HB2   -0.152    2.852
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 HB2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    -0.159    2.659
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 NZ     -0.182    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 HB3   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 H     -0.192    2.192
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     -0.194    3.394
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 CA     -0.196    3.596
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 HE3    -0.219    2.699
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 HH21  fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 HD1   -0.237    2.237
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.245    3.425
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 HH    -0.271    2.971
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CB    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 CZ    -0.274    3.674
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 CA     -0.277    3.602
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 HG    -0.290    2.370
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 HB2   -0.296    2.776
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 HD2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HG     -0.302    2.302
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 106 OG    -0.307    2.887
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 OE2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C LYS 66 HZ2    -0.313    2.393
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A PHE 53 CG    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C TYR 104 OH    -0.323    3.523
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NH1   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 HA     -0.335    2.960
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 NE    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 OG     -0.337    3.062
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A ARG 49 CZ    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C SER 64 CB     -0.374    3.774
    fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/A GLU 52 HG2   fold_k00cele_spo_11x2_dsb123_mg4_splitdna2_model_0.um.cif #2/C GLU 107 O     -0.385    2.865
    

  
38 contacts  

> style sel ball

Changed 42 atom styles  

> select up

177 atoms, 175 bonds, 10 residues, 1 model selected  

> style sel ball

Changed 177 atom styles  

> color sel byhetero

> select clear

> save /Users/pcarlton/Desktop/3A-work.cxs

——— End of log from Wed Jan 28 16:58:23 2026 ———

> view name session-start

opened ChimeraX session  

> ui tool show "Find Cavities"

> select /spo11aa:45-55

144 atoms, 143 bonds, 11 residues, 1 model selected  

> kvfinder #1 boxAtoms sel

> open /var/folders/25/zlmkhzy16_xbfsfgb5y03b_h0000gn/T/tmph6drunc9.bild id
> 1.5 name "cavity search box"

Opened BILD data containing 15 objects  
Traceback (most recent call last):  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/kvfinder/tool.py", line 131, in <lambda>  
bbox.button(qbbox.Apply).clicked.connect(lambda *args, fc=self.find_cavities:
fc(apply=True))  
^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/kvfinder/tool.py", line 172, in find_cavities  
run(self.session, cmd)  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/core/commands/run.py", line 49, in run  
results = command.run(text, log=log, return_json=return_json)  
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/core/commands/cli.py", line 3237, in run  
result = ci.function(session, **kw_args)  
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/kvfinder/cmd.py", line 73, in cmd_kvfinder  
struct_input, vertices = prep_input(s, include_atoms, box_origin, box_extent,
show_box,  
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/kvfinder/prep.py", line 90, in prep_input  
from _pyKVFinder import _filter_pdb  
ModuleNotFoundError: No module named '_pyKVFinder'  
  
ModuleNotFoundError: No module named '_pyKVFinder'  
  
File
"/Applications/ChimeraX_Daily.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/kvfinder/prep.py", line 90, in prep_input  
from _pyKVFinder import _filter_pdb  
  
See log for complete Python traceback.  
  




OpenGL version: 4.1 Metal - 89.4
OpenGL renderer: Apple M3
OpenGL vendor: Apple

Python: 3.11.9
Locale: en_US.UTF-8
Qt version: PyQt6 6.10.2, Qt 6.10.0
Qt runtime version: 6.10.1
Qt platform: cocoa
Hardware:

    Hardware Overview:

      Model Name: MacBook Air
      Model Identifier: Mac15,13
      Model Number: MXD33J/A
      Chip: Apple M3
      Total Number of Cores: 8 (4 performance and 4 efficiency)
      Memory: 16 GB
      System Firmware Version: 11881.140.96
      OS Loader Version: 11881.140.96

Software:

    System Software Overview:

      System Version: macOS 15.6 (24G84)
      Kernel Version: Darwin 24.6.0
      Time since boot: 13 days, 10 hours, 8 minutes

Graphics/Displays:

    Apple M3:

      Chipset Model: Apple M3
      Type: GPU
      Bus: Built-In
      Total Number of Cores: 10
      Vendor: Apple (0x106b)
      Metal Support: Metal 3
      Displays:
        Color LCD:
          Display Type: Built-in Liquid Retina Display
          Resolution: 2880 x 1864 Retina
          Main Display: Yes
          Mirror: Off
          Online: Yes
          Automatically Adjust Brightness: No
          Connection Type: Internal


Installed Packages:
    aiohappyeyeballs: 2.6.1
    aiohttp: 3.13.1
    aiosignal: 1.4.0
    alabaster: 1.0.0
    annotated-types: 0.7.0
    anyio: 4.12.1
    appdirs: 1.4.4
    appnope: 0.1.4
    asttokens: 3.0.1
    attrs: 25.4.0
    babel: 2.17.0
    beautifulsoup4: 4.13.5
    blockdiag: 3.0.0
    blosc2: 3.12.2
    build: 1.3.0
    certifi: 2025.7.14
    cftime: 1.6.5
    charset-normalizer: 3.4.4
    ChimeraX-AddCharge: 1.5.20
    ChimeraX-AddH: 2.2.8
    ChimeraX-AlignmentAlgorithms: 2.0.2
    ChimeraX-AlignmentHdrs: 3.6.2
    ChimeraX-AlignmentMatrices: 2.1
    ChimeraX-Alignments: 3.1.2
    ChimeraX-AlphaFold: 1.0.1
    ChimeraX-AltlocExplorer: 1.2
    ChimeraX-AmberInfo: 1.0
    ChimeraX-Animations: 1.0
    ChimeraX-Aniso: 1.3.2
    ChimeraX-Arrays: 1.1
    ChimeraX-Atomic: 1.63.0
    ChimeraX-AtomicLibrary: 14.2.3
    ChimeraX-AtomSearch: 2.0.1
    ChimeraX-AxesPlanes: 2.4
    ChimeraX-BasicActions: 1.1.3
    ChimeraX-BILD: 1.0
    ChimeraX-BlastProtein: 3.0.0
    ChimeraX-Boltz: 1.1
    ChimeraX-BondRot: 2.0.4
    ChimeraX-BugReporter: 1.0.2
    ChimeraX-BuildStructure: 2.13.1
    ChimeraX-Bumps: 1.0
    ChimeraX-BundleBuilder: 1.6.0
    ChimeraX-ButtonPanel: 1.0.1
    ChimeraX-CageBuilder: 1.0.1
    ChimeraX-CellPack: 1.0
    ChimeraX-Centroids: 1.4
    ChimeraX-ChangeChains: 1.1
    ChimeraX-CheckWaters: 1.5
    ChimeraX-ChemGroup: 2.0.2
    ChimeraX-Clashes: 2.3
    ChimeraX-ColorActions: 1.0.5
    ChimeraX-ColorGlobe: 1.0
    ChimeraX-ColorKey: 1.5.8
    ChimeraX-CommandLine: 1.3.1
    ChimeraX-ConnectStructure: 2.0.1
    ChimeraX-Contacts: 1.0.1
    ChimeraX-Core: 1.12.dev202601270036
    ChimeraX-CoreFormats: 1.2
    ChimeraX-coulombic: 1.4.5
    ChimeraX-Crosslinks: 1.0
    ChimeraX-Crystal: 1.0
    ChimeraX-CrystalContacts: 1.0.1
    ChimeraX-DataFormats: 1.2.4
    ChimeraX-Dicom: 1.2.7
    ChimeraX-DistMonitor: 1.4.2
    ChimeraX-DockPrep: 1.1.4
    ChimeraX-Dssp: 2.0
    ChimeraX-EMDB-SFF: 1.0
    ChimeraX-ESMFold: 1.0
    ChimeraX-FileHistory: 1.0.1
    ChimeraX-FunctionKey: 1.0.1
    ChimeraX-Geometry: 1.3
    ChimeraX-gltf: 1.0
    ChimeraX-Graphics: 1.4.1
    ChimeraX-Hbonds: 2.5.3
    ChimeraX-Help: 1.3
    ChimeraX-HKCage: 1.3
    ChimeraX-IHM: 1.1
    ChimeraX-ImageFormats: 1.2
    ChimeraX-IMOD: 1.0
    ChimeraX-IO: 1.0.4
    ChimeraX-ItemsInspection: 1.0.1
    ChimeraX-IUPAC: 1.0
    ChimeraX-KVFinder: 1.8.1
    ChimeraX-Label: 1.3
    ChimeraX-LightingGUI: 1.0
    ChimeraX-ListInfo: 1.3.1
    ChimeraX-Log: 1.2.2
    ChimeraX-LookingGlass: 1.1
    ChimeraX-Maestro: 1.9.2
    ChimeraX-Map: 1.3
    ChimeraX-MapData: 2.0
    ChimeraX-MapEraser: 1.0.1
    ChimeraX-MapFilter: 2.0.1
    ChimeraX-MapFit: 2.0
    ChimeraX-MapSeries: 2.1.1
    ChimeraX-Markers: 1.0.1
    ChimeraX-Mask: 1.0.2
    ChimeraX-MatchMaker: 2.2.2
    ChimeraX-MCopy: 1.0
    ChimeraX-MCPServer: 0.2.0
    ChimeraX-MDcrds: 2.17.2
    ChimeraX-MedicalToolbar: 1.1
    ChimeraX-Meeting: 1.0.1
    ChimeraX-Minimize: 1.3.4
    ChimeraX-MLP: 1.1.1
    ChimeraX-mmCIF: 2.16
    ChimeraX-MMTF: 2.2
    ChimeraX-ModelArchive: 1.0
    ChimeraX-Modeller: 1.5.23
    ChimeraX-ModelPanel: 1.6
    ChimeraX-ModelSeries: 1.0.1
    ChimeraX-Mol2: 2.0.3
    ChimeraX-Mole: 1.0
    ChimeraX-Morph: 1.0.2
    ChimeraX-MouseModes: 1.2
    ChimeraX-Movie: 1.0.1
    ChimeraX-MutationScores: 1.0
    ChimeraX-Neuron: 1.0
    ChimeraX-Nifti: 1.2
    ChimeraX-NMRSTAR: 1.0.2
    ChimeraX-NRRD: 1.2
    ChimeraX-Nucleotides: 2.0.3
    ChimeraX-OpenCommand: 1.15.2
    ChimeraX-OrthoPick: 1.0.1
    ChimeraX-PDB: 2.7.12
    ChimeraX-PDBBio: 1.0.1
    ChimeraX-PDBLibrary: 1.0.5
    ChimeraX-PDBMatrices: 1.0
    ChimeraX-PickBlobs: 1.0.1
    ChimeraX-Positions: 1.0
    ChimeraX-PresetMgr: 1.1.4
    ChimeraX-ProfileGrids: 1.5
    ChimeraX-PubChem: 2.2
    ChimeraX-ReadPbonds: 1.0.1
    ChimeraX-Registration: 1.1.2
    ChimeraX-RemoteControl: 1.0
    ChimeraX-RenderByAttr: 1.7
    ChimeraX-RenumberResidues: 1.1
    ChimeraX-ResidueFit: 1.0.1
    ChimeraX-RestServer: 1.3.3
    ChimeraX-RNALayout: 1.0
    ChimeraX-RotamerLibMgr: 4.0
    ChimeraX-RotamerLibsDunbrack: 2.0
    ChimeraX-RotamerLibsDynameomics: 2.0
    ChimeraX-RotamerLibsRichardson: 2.0
    ChimeraX-SaveCommand: 1.5.2
    ChimeraX-Scenes: 0.3.1
    ChimeraX-SchemeMgr: 1.0
    ChimeraX-SDF: 2.0.3
    ChimeraX-Segger: 1.0
    ChimeraX-Segment: 1.0.1
    ChimeraX-Segmentations: 3.5.10
    ChimeraX-SelInspector: 1.0
    ChimeraX-SeqView: 2.17.4
    ChimeraX-Shape: 1.1
    ChimeraX-Shell: 1.0.1
    ChimeraX-Shortcuts: 1.2.1
    ChimeraX-ShowSequences: 1.0.3
    ChimeraX-SideView: 1.0.1
    ChimeraX-SimilarStructures: 1.0.1
    ChimeraX-Smiles: 2.1.2
    ChimeraX-SmoothLines: 1.0
    ChimeraX-SNFG: 1.0
    ChimeraX-SpaceNavigator: 1.0
    ChimeraX-StdCommands: 1.19.2
    ChimeraX-STL: 1.0.1
    ChimeraX-Storm: 1.0
    ChimeraX-StructMeasure: 1.2.1
    ChimeraX-Struts: 1.0.1
    ChimeraX-Surface: 1.0.1
    ChimeraX-SwapAA: 2.0.1
    ChimeraX-SwapRes: 2.5.2
    ChimeraX-TapeMeasure: 1.0
    ChimeraX-TaskManager: 1.0
    ChimeraX-Test: 1.0
    ChimeraX-Toolbar: 1.2.3
    ChimeraX-ToolshedUtils: 1.2.4
    ChimeraX-Topography: 1.0
    ChimeraX-ToQuest: 1.0
    ChimeraX-Tug: 1.0.1
    ChimeraX-UI: 1.50.1
    ChimeraX-Umap: 1.0
    ChimeraX-uniprot: 2.3.2
    ChimeraX-UnitCell: 1.0.1
    ChimeraX-ViewDock: 1.5.2
    ChimeraX-VIPERdb: 1.0
    ChimeraX-Vive: 1.1
    ChimeraX-VolumeMenu: 1.0.1
    ChimeraX-vrml: 1.0
    ChimeraX-VTK: 1.0
    ChimeraX-WavefrontOBJ: 1.0
    ChimeraX-WebCam: 1.0.2
    ChimeraX-WebServices: 1.1.5
    ChimeraX-Zone: 1.0.1
    click: 8.3.1
    colorama: 0.4.6
    comm: 0.2.3
    contourpy: 1.3.3
    coverage: 7.13.2
    cxservices: 1.2.3
    cycler: 0.12.1
    Cython: 3.1.4
    debugpy: 1.8.19
    decorator: 5.2.1
    docutils: 0.21.2
    executing: 2.2.1
    filelock: 3.19.1
    fonttools: 4.61.1
    frozenlist: 1.8.0
    funcparserlib: 2.0.0a0
    glfw: 2.10.0
    grako: 3.16.5
    h11: 0.16.0
    h5py: 3.15.1
    html2text: 2025.4.15
    httpcore: 1.0.9
    httpx: 0.28.1
    httpx-sse: 0.4.3
    idna: 3.11
    ihm: 2.2
    imagecodecs: 2024.6.1
    imagesize: 1.4.1
    iniconfig: 2.3.0
    ipykernel: 7.1.0
    ipython: 9.9.0
    ipython_pygments_lexers: 1.1.1
    ipywidgets: 8.1.8
    jedi: 0.19.2
    Jinja2: 3.1.6
    jsonschema: 4.26.0
    jsonschema-specifications: 2025.9.1
    jupyter_client: 8.8.0
    jupyter_core: 5.9.1
    jupyterlab_widgets: 3.0.16
    kiwisolver: 1.4.9
    line_profiler: 5.0.0
    lxml: 6.0.2
    lz4: 4.3.2
    Markdown: 3.8.2
    MarkupSafe: 3.0.3
    matplotlib: 3.10.7
    matplotlib-inline: 0.2.1
    mcp: 1.18.0
    msgpack: 1.1.1
    multidict: 6.7.1
    narwhals: 2.15.0
    ndindex: 1.10.1
    nest-asyncio: 1.6.0
    netCDF4: 1.6.5
    networkx: 3.3
    nibabel: 5.2.0
    nptyping: 2.5.0
    numexpr: 2.14.1
    numpy: 2.4.1
    numpy: 1.26.4
    OpenMM: 8.4.0
    openvr: 1.26.701
    packaging: 25.0
    ParmEd: 4.2.2
    parso: 0.8.5
    pep517: 0.13.1
    pexpect: 4.9.0
    pickleshare: 0.7.5
    pillow: 11.3.0
    pip: 25.2
    pkginfo: 1.12.1.2
    platformdirs: 4.5.1
    plotly: 6.5.2
    pluggy: 1.6.0
    prompt_toolkit: 3.0.52
    propcache: 0.4.1
    psutil: 7.0.0
    ptyprocess: 0.7.0
    pure_eval: 0.2.3
    py-cpuinfo: 9.0.0
    pybind11: 3.0.1
    pycollada: 0.8
    pydantic: 2.12.5
    pydantic-settings: 2.12.0
    pydantic_core: 2.41.5
    pydicom: 2.4.4
    Pygments: 2.18.0
    pyKVFinder: 0.9.0
    pynmrstar: 3.3.6
    pynrrd: 1.0.0
    PyOpenGL: 3.1.10
    PyOpenGL-accelerate: 3.1.10
    pyopenxr: 1.1.4501
    pyparsing: 3.3.2
    pyproject_hooks: 1.2.0
    PyQt6-commercial: 6.10.2
    PyQt6-Qt6: 6.10.1
    PyQt6-WebEngine-commercial: 6.10.0
    PyQt6-WebEngine-Qt6: 6.10.1
    PyQt6_sip: 13.10.3
    pytest: 9.0.2
    pytest-cov: 7.0.0
    python-dateutil: 2.9.0.post0
    python-dotenv: 1.2.1
    python-multipart: 0.0.22
    pyzmq: 27.1.0
    qtconsole: 5.7.0
    QtPy: 2.4.3
    qtshim: 1.2
    RandomWords: 0.4.0
    referencing: 0.37.0
    requests: 2.32.5
    roman-numerals: 4.1.0
    rpds-py: 0.30.0
    scipy: 1.14.0
    setuptools: 80.9.0
    sfftk-rw: 0.8.1
    six: 1.17.0
    snowballstemmer: 3.0.1
    sortedcontainers: 2.4.0
    soupsieve: 2.8.3
    Sphinx: 9.0.4
    sphinx-autodoc-typehints: 3.6.1
    sphinxcontrib-applehelp: 2.0.0
    sphinxcontrib-blockdiag: 3.0.0
    sphinxcontrib-devhelp: 2.0.0
    sphinxcontrib-htmlhelp: 2.1.0
    sphinxcontrib-jsmath: 1.0.1
    sphinxcontrib-qthelp: 2.0.0
    sphinxcontrib-serializinghtml: 2.0.0
    sse-starlette: 3.2.0
    stack-data: 0.6.3
    starlette: 0.52.1
    superqt: 0.7.6
    tables: 3.10.2
    tcia_utils: 1.5.1
    tifffile: 2025.3.13
    tinyarray: 1.2.5
    tomlkit: 0.14.0
    tornado: 6.5.4
    traitlets: 5.14.3
    typing-inspection: 0.4.2
    typing_extensions: 4.15.0
    urllib3: 2.6.3
    uvicorn: 0.40.0
    wcwidth: 0.5.0
    webcolors: 24.11.1
    wheel: 0.45.1
    wheel-filename: 1.4.2
    widgetsnbextension: 4.0.15
    yarl: 1.22.0

Note: See TracTickets for help on using tickets.

Download in other formats: