Opened 16 hours ago

Last modified 11 hours ago

#20354 assigned defect

Updating 2D label text: label.drawing is None

Reported by: chimerax-bug-report@… Owned by: Tom Goddard
Priority: normal Milestone:
Component: Depiction Version:
Keywords: Cc:
Blocked By: Blocking:
Notify when closed: Platform: all
Project: ChimeraX

Description (last modified by Eric Pettersen) 

The following bug report has been submitted:
Platform:        macOS-26.4.1-arm64-arm-64bit
ChimeraX Version: 1.11.1 (2026-01-23 05:51:34 UTC)
Description
Replace this text with list of actions that caused this problem to occur

Log:
You can double click a model's Name or ID in the model panel to edit those
fields  
UCSF ChimeraX version: 1.11.1 (2026-01-23)  
© 2016-2025 Regents of the University of California. All rights reserved.  
How to cite UCSF ChimeraX  

> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx2_wt_and_pcgf2_model_4.cif" format mmcif

No such database '/users/s2029357/desktop/brien lab charlie/alphafold
modelling pcgf2'  

> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx4_wt_and_pcgf2_model_0.cif" "/Users/s2029357/Desktop/Brien
> Lab Charlie/AlphaFold modelling PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx4_wt_and_pcgf4_model_0.cif"

Chain information for cprc1_cbx4_wt_and_pcgf2_model_0.cif #1  
---  
Chain | Description  
A | .  
B | .  
C | .  
D | .  
E F | .  
G H | .  
I J | .  
K L | .  
M | .  
N | .  
  
Chain information for cprc1_cbx4_wt_and_pcgf4_model_0.cif #2  
---  
Chain | Description  
A | .  
B | .  
C | .  
D | .  
E F | .  
G H | .  
I J | .  
K L | .  
M | .  
N | .  
  

> select /a

5266 atoms, 5350 bonds, 672 residues, 2 models selected  

> hide /a

> hide/b

Unknown command: hide/b  

> hide /B

> hide /M,N

> hide /K,L,I,J,E,F

> select /c

5231 atoms, 5348 bonds, 670 residues, 2 models selected  

> ui tool show Matchmaker

> matchmaker #2 & sel to #1 & sel

Computing secondary structure  
[Repeated 1 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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> hide #1 models

> show #1 models

> select /c:1-13

222 atoms, 222 bonds, 26 residues, 2 models selected  

> select /all

Nothing selected  

> select /A,B,C

15507 atoms, 15804 bonds, 1988 residues, 2 models selected  

> select /A,B,C,D

24157 atoms, 24700 bonds, 3108 residues, 2 models selected  

> hide sel atoms

> show sel atoms

> hide sel cartoons

> hide sel atoms

> show sel cartoons

> hide #2 models

> hide #1 models

> color #1 #3300ffff

> show #1 models

> set bgColor white

> lighting simple

> lighting soft

> lighting full

> view orient

> hide /H

> hide /G

> select clear

[Repeated 1 time(s)]

> show #2 models

> color #2 #9966ccff

> select #2/A:17

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

> set bgColor gray

> set bgColor white

> hide sel atoms

> hide sel cartoons

> hide sel surfaces

> hide /a

> hide /B

> hide /c

> hide /D

> hide /E,F,G,H,I,J,K,L,M,N

> show /C

> select /C

5231 atoms, 5348 bonds, 670 residues, 2 models selected  

> hide sel atoms

> hide sel cartoons

> show sel atoms

> hide /B

> select /b

5010 atoms, 5106 bonds, 646 residues, 2 models selected  

> hide sel atoms

> hide sel cartoons

> select /D

8650 atoms, 8896 bonds, 1120 residues, 2 models selected  

> hide sel cartoons

> hide sel atoms

> select /A

5266 atoms, 5350 bonds, 672 residues, 2 models selected  

> hide sel atoms

> hide sel cartoons

> ui tool show Matchmaker

> matchmaker #2/C to #1/C pairing ss showAlignment true

Parameters  
---  
Chain pairing | ss  
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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Hiding conservation header for alignment 1  
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> matchmaker #2/C to #1/C pairing ss showAlignment true

Parameters  
---  
Chain pairing | ss  
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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
Alignment identifier is 2  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  
Hiding conservation header for alignment 2  
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 2  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> sequence viewer 2 scfLoad "/Users/s2029357/Desktop/Brien Lab
> Charlie/AlphaFold modelling PCGF2:PCGF4/Matchmaker alignment PCGF2/4 in
> complex with CBX4" color True

Missing or invalid "fileName" argument: File '/Users/s2029357/Desktop/Brien
Lab Charlie/AlphaFold modelling PCGF2:PCGF4/Matchmaker alignment PCGF2/4 in
complex with CBX4' does not exist  

> sequence identity 2

cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C vs.
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C: 64.11% identity  

> sequence header 2 conservation show

Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  

> sequence refreshAttrs 2

> select ::seq_identity<100 & #1/C #2/C

1851 atoms, 1796 bonds, 252 residues, 2 models selected  

> sequence identity 2:1 2:2

cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C vs.
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C: 64.11% identity  

> sequence align 2 program clustalOmega

Alignment identifier is 1  
Associated cprc1_cbx4_wt_and_pcgf2_model_0.cif chain C to chain C with 0
mismatches  
Associated cprc1_cbx4_wt_and_pcgf4_model_0.cif chain C to chain C with 0
mismatches  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Webservices job id: WQRVNSEXHE2YZ4CX  
Webservices job finished: WQRVNSEXHE2YZ4CX  

> sequence viewer 2 scfLoad "/Users/s2029357/Desktop/Brien Lab
> Charlie/AlphaFold modelling PCGF2:PCGF4/Alignment PCGF2/4 in complex with
> CBX4" color True

Missing or invalid "fileName" argument: File '/Users/s2029357/Desktop/Brien
Lab Charlie/AlphaFold modelling PCGF2:PCGF4/Alignment PCGF2/4 in complex with
CBX4' does not exist  

> matchmaker #1 #2 verbose true

Missing required "to" argument  

> matchmaker #1 #2 verbose true

Missing required "to" argument  

> matchmaker #2 to #1 verbose 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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D (#2), sequence alignment score =
2714.1  
RMSD between 7 pruned atom pairs is 0.858 angstroms; (across all 560 pairs:
36.659)  
  
Sequences:  
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV  
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV  
Residues:  
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 1,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 2,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 3,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 4,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 5,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 6,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 7,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 8,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 9,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 10,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 11,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 12,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 13,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 14,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 15,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 16,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 17,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 18,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 19,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 20,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 21,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 22,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 23,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 24,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 25,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 26,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 27,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 28,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 29,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 30,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 31,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 32,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 33,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 34,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 35,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 36,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 37,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 38,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 39,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 40,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 41,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 42,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 43,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 44,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 45,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 46,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 47,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 48,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 49,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 50,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 51,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 52,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 53,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 54,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 55,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 56,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 57,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 58,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 59,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 60,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 61,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 62,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 63,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 64,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 65,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 66,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 67,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 68,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 69,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 70,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 71,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 72,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 73,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 74,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 75,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 76,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 77,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 78,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 79,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 80,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 81,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 82,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 83,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 84,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 85,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 86,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 87,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 88,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 89,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 90,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 91,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 92,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 93,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 94,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 95,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 96,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 97,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 98,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 99,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 100,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 101,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 102,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 103,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 104,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 105,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 106,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 107,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 108,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 109,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 110,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 111,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 112,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 113,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 114,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 115,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 116,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 117,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 118,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 119,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 120,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 121,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 122,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 123,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 124,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 125,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 126,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 127,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 128,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 129,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 130,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 131,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 132,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 133,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 134,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 135,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 136,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 137,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 138,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 139,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 140,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 141,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 142,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 143,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 144,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 145,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 146,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 147,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 148,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 149,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 150,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 151,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 152,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 153,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 154,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 155,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 156,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 157,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 158,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 159,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 160,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 161,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 162,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 163,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 164,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 165,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 166,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 167,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 168,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 169,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 170,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 171,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 172,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 173,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 174,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 175,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 176,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 177,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 178,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 179,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 180,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 181,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 182,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 183,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 184,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 185,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 186,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 187,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 188,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 189,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 190,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 191,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 192,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 193,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 194,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 195,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 196,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 197,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 198,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 199,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 200,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 201,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 202,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 203,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 204,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 205,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 206,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 207,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 208,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 209,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 210,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 211,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 212,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 213,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 214,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 215,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 216,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 217,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 218,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 219,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 220,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 221,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 222,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 223,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 224,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 225,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 226,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 227,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 228,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 229,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 230,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 231,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 232,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 233,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 234,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 235,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 236,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 237,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 238,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 239,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 240,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 241,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 242,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 243,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 244,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 245,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 246,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 247,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 248,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 249,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 250,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 251,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 252,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 253,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 254,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 255,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 256,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 257,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 258,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 259,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 260,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 261,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 262,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 263,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 264,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 265,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 266,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 267,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 268,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 269,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 270,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 271,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 272,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 273,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 274,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 275,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 276,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 277,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 278,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 279,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 280,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 281,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 282,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 283,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 284,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 285,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 286,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 287,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 288,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 289,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 290,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 291,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 292,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 293,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 294,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 295,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 296,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 297,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 298,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 299,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 300,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 301,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 302,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 303,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 304,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 305,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 306,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 307,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 308,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 309,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 310,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 311,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 312,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 313,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 314,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 315,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 316,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 317,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 318,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 319,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 320,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 321,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 322,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 323,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 324,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 325,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 326,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 327,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 328,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 329,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 330,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 331,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 332,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 333,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 334,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 335,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 336,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 337,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 338,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 339,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 340,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 341,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 342,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 343,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 344,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 345,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 346,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 347,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 348,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 349,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 350,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 351,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 352,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 353,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 354,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 355,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 356,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 357,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 358,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 359,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 360,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 361,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 362,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 363,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 364,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 365,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 366,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 367,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 368,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 369,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 370,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 371,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 372,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 373,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 374,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 375,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 376,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 377,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 378,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 379,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 380,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 381,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 382,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 383,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 384,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 385,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 386,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 387,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 388,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 389,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 390,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 391,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 392,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 393,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 394,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 395,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 396,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 397,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 398,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 399,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 400,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 401,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 402,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 403,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 404,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 405,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 406,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 407,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 408,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 409,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 410,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 411,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 412,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 413,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 414,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 415,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 416,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 417,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 418,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 419,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 420,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 421,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 422,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 423,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 424,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 425,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 426,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 427,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 428,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 429,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 430,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 431,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 432,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 433,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 434,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 435,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 436,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 437,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 438,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 439,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 440,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 441,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 442,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 443,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 444,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 445,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 446,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 447,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 448,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 449,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 450,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 451,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 452,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 453,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 454,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 455,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 456,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 457,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 458,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 459,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 460,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 461,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 462,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 463,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 464,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 465,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 466,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 467,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 468,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 469,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 470,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 471,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 472,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 473,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 474,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 475,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 476,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 477,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 478,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 479,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 480,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 481,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 482,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 483,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 484,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 485,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 486,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 487,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 488,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 489,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 490,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 491,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 492,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 493,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 494,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 495,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 496,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 497,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 498,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 499,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 500,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 501,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 502,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 503,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 504,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 505,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 506,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 507,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 508,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 509,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 510,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 511,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 512,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 513,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 514,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 515,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 516,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 517,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 518,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 519,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 520,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 521,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 522,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 523,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 524,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 525,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 526,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 527,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 528,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 529,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 530,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 531,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 532,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 533,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 534,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 535,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 536,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 537,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 538,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 539,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 540,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 541,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 542,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 543,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 544,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 545,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 546,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 547,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 548,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 549,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 550,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 551,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 552,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 553,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 554,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 555,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 556,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 557,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 558,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 559,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 560  
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 1,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 2,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 3,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 4,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 5,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 6,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 7,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 8,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 9,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 10,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 11,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 12,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 13,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 14,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 15,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 16,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 17,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 18,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 19,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 20,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 21,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 22,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 23,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 24,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 25,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 26,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 27,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 28,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 29,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 30,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 31,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 32,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 33,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 34,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 35,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 36,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 37,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 38,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 39,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 40,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 41,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 42,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 43,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 44,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 45,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 46,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 47,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 48,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 49,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 50,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 51,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 52,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 53,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 54,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 55,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 56,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 57,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 58,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 59,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 60,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 61,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 62,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 63,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 64,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 65,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 66,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 67,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 68,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 69,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 70,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 71,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 72,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 73,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 74,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 75,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 76,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 77,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 78,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 79,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 80,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 81,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 82,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 83,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 84,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 85,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 86,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 87,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 88,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 89,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 90,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 91,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 92,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 93,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 94,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 95,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 96,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 97,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 98,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 99,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 100,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 101,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 102,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 103,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 104,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 105,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 106,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 107,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 108,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 109,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 110,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 111,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 112,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 113,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 114,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 115,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 116,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 117,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 118,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 119,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 120,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 121,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 122,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 123,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 124,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 125,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 126,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 127,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 128,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 129,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 130,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 131,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 132,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 133,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 134,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 135,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 136,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 137,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 138,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 139,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 140,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 141,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 142,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 143,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 144,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 145,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 146,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 147,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 148,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 149,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 150,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 151,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 152,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 153,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 154,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 155,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 156,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 157,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 158,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 159,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 160,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 161,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 162,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 163,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 164,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 165,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 166,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 167,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 168,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 169,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 170,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 171,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 172,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 173,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 174,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 175,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 176,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 177,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 178,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 179,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 180,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 181,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 182,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 183,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 184,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 185,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 186,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 187,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 188,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 189,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 190,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 191,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 192,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 193,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 194,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 195,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 196,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 197,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 198,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 199,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 200,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 201,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 202,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 203,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 204,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 205,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 206,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 207,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 208,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 209,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 210,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 211,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 212,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 213,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 214,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 215,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 216,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 217,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 218,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 219,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 220,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 221,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 222,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 223,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 224,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 225,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 226,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 227,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 228,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 229,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 230,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 231,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 232,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 233,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 234,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 235,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 236,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 237,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 238,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 239,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 240,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 241,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 242,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 243,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 244,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 245,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 246,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 247,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 248,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 249,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 250,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 251,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 252,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 253,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 254,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 255,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 256,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 257,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 258,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 259,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 260,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 261,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 262,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 263,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 264,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 265,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 266,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 267,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 268,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 269,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 270,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 271,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 272,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 273,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 274,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 275,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 276,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 277,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 278,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 279,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 280,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 281,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 282,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 283,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 284,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 285,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 286,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 287,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 288,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 289,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 290,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 291,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 292,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 293,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 294,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 295,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 296,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 297,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 298,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 299,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 300,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 301,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 302,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 303,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 304,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 305,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 306,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 307,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 308,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 309,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 310,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 311,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 312,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 313,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 314,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 315,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 316,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 317,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 318,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 319,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 320,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 321,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 322,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 323,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 324,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 325,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 326,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 327,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 328,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 329,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 330,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 331,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 332,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 333,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 334,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 335,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 336,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 337,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 338,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 339,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 340,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 341,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 342,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 343,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 344,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 345,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 346,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 347,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 348,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 349,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 350,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 351,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 352,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 353,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 354,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 355,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 356,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 357,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 358,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 359,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 360,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 361,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 362,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 363,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 364,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 365,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 366,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 367,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 368,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 369,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 370,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 371,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 372,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 373,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 374,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 375,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 376,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 377,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 378,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 379,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 380,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 381,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 382,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 383,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 384,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 385,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 386,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 387,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 388,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 389,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 390,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 391,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 392,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 393,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 394,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 395,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 396,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 397,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 398,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 399,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 400,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 401,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 402,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 403,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 404,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 405,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 406,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 407,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 408,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 409,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 410,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 411,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 412,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 413,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 414,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 415,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 416,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 417,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 418,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 419,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 420,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 421,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 422,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 423,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 424,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 425,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 426,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 427,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 428,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 429,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 430,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 431,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 432,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 433,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 434,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 435,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 436,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 437,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 438,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 439,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 440,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 441,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 442,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 443,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 444,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 445,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 446,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 447,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 448,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 449,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 450,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 451,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 452,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 453,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 454,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 455,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 456,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 457,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 458,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 459,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 460,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 461,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 462,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 463,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 464,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 465,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 466,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 467,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 468,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 469,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 470,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 471,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 472,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 473,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 474,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 475,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 476,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 477,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 478,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 479,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 480,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 481,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 482,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 483,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 484,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 485,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 486,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 487,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 488,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 489,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 490,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 491,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 492,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 493,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 494,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 495,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 496,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 497,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 498,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 499,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 500,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 501,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 502,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 503,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 504,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 505,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 506,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 507,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 508,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 509,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 510,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 511,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 512,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 513,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 514,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 515,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 516,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 517,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 518,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 519,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 520,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 521,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 522,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 523,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 524,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 525,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 526,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 527,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 528,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 529,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 530,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 531,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 532,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 533,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 534,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 535,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 536,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 537,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 538,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 539,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 540,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 541,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 542,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 543,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 544,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 545,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 546,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 547,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 548,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 549,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 550,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 551,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 552,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 553,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 554,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 555,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 556,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 557,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 558,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 559,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 560  
Residue usage in match (1=used, 0=unused):  
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0  
[Repeated 1 time(s)]

> ]

Unknown command: ]  

> matchmaker #2 to #1 verbose 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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D (#2), sequence alignment score =
2714.1  
RMSD between 7 pruned atom pairs is 0.858 angstroms; (across all 560 pairs:
36.659)  
  
Sequences:  
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV  
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain D
MELPAVGEHVFAVESIEKKRIRKGRVEYLVKWRGWSPKYNTWEPEENILDPRLLIAFQNRERQEQLMGYRKRGPKPKPLVVQVPTFARRSNVLTGLQDSSTDNRAKLDLGAQGKGQGHQYELNSKKHHQYQPHSKERAGKPPPPGKSGKYYYQLNSKKHHPYQPDPKMYDLQYQGGHKEAPSPTCPDLGAKSHPPDKWAQGAGAKGYLGAVKPLAGAAGAPGKGSEKGPPNGMMPAPKEAVTGNGIGGKMKIVKNKNKNGRIVIVMSKYMENGMQAVKIKSGEVAEGEARSPSHKKRAADERHPPADRTFKKAAGAEEKKVEAPPKRREEEVSGVSDPQPQDAGSRKLSPTKEAFGEQPLQLTTKPDLLAWDPARNTHPPSHHPHPHPHHHHHHHHHHHHAVGLNLSHVRKRCLSETHGEREPCKKRLTARSISTPTCLGGSPAAERPADLPPAAALPQPEVILLDSDLDEPIDLRCVKTRSEAGEPPSSLQVKPETPASAAVAVAAAAAPTTTAEKPPAEAQDEPAESLSEFKPFFGNIIITDVTANCLTVTFKEYVTV  
Residues:  
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 1,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 2,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 3,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 4,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 5,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 6,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 7,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 8,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 9,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 10,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 11,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 12,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 13,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 14,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 15,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 16,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 17,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 18,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 19,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 20,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 21,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 22,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 23,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 24,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 25,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 26,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 27,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 28,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 29,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 30,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 31,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 32,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 33,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 34,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 35,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 36,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 37,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 38,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 39,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 40,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 41,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 42,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 43,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 44,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 45,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 46,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 47,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 48,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 49,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 50,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 51,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 52,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 53,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 54,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 55,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 56,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 57,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 58,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 59,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 60,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 61,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 62,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 63,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 64,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 65,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 66,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 67,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 68,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 69,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 70,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 71,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 72,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 73,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 74,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 75,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 76,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 77,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 78,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 79,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 80,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 81,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 82,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 83,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 84,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 85,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 86,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 87,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 88,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 89,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 90,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 91,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 92,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 93,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 94,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 95,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 96,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 97,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 98,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 99,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 100,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 101,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 102,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 103,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 104,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 105,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 106,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 107,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 108,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 109,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 110,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 111,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 112,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 113,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 114,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 115,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 116,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 117,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 118,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 119,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 120,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 121,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 122,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 123,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 124,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 125,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 126,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 127,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 128,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 129,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 130,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 131,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 132,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 133,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 134,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 135,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 136,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 137,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 138,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 139,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 140,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 141,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 142,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 143,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 144,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 145,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 146,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 147,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 148,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 149,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 150,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 151,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 152,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 153,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 154,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 155,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 156,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 157,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 158,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 159,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 160,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 161,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 162,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 163,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 164,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 165,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 166,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 167,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 168,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 169,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 170,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 171,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 172,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 173,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 174,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 175,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 176,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 177,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 178,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 179,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 180,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 181,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 182,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 183,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 184,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 185,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 186,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 187,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 188,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 189,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 190,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 191,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 192,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 193,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 194,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 195,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 196,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 197,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 198,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 199,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 200,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 201,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 202,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 203,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 204,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 205,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 206,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 207,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 208,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 209,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 210,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 211,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 212,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 213,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 214,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 215,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 216,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 217,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 218,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 219,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 220,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 221,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 222,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 223,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 224,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 225,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 226,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 227,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 228,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 229,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 230,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 231,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 232,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 233,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 234,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 235,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 236,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 237,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 238,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 239,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 240,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 241,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 242,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 243,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 244,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 245,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 246,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 247,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 248,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 249,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 250,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 251,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 252,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 253,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 254,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 255,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 256,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 257,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 258,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 259,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 260,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 261,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 262,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 263,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 264,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 265,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 266,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 267,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 268,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 269,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 270,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 271,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 272,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 273,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D MET 274,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 275,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 276,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 277,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 278,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 279,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 280,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 281,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 282,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 283,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 284,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 285,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 286,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 287,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 288,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 289,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 290,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 291,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 292,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 293,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 294,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 295,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 296,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 297,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 298,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 299,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 300,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 301,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 302,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 303,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 304,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 305,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 306,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 307,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 308,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 309,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 310,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 311,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 312,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 313,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 314,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 315,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 316,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 317,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 318,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 319,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 320,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 321,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 322,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 323,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 324,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 325,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 326,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 327,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 328,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 329,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 330,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 331,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 332,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 333,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 334,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 335,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 336,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 337,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 338,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 339,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 340,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 341,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 342,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 343,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 344,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 345,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 346,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 347,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 348,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 349,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 350,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 351,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 352,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 353,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 354,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 355,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 356,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 357,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 358,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 359,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 360,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 361,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 362,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 363,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 364,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 365,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 366,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 367,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 368,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 369,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 370,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TRP 371,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 372,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 373,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 374,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 375,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 376,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 377,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 378,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 379,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 380,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 381,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 382,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 383,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 384,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 385,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 386,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 387,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 388,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 389,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 390,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 391,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 392,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 393,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 394,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 395,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 396,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 397,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 398,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 399,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 400,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 401,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 402,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 403,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 404,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 405,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 406,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 407,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 408,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 409,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 410,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 411,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 412,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 413,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 414,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 415,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 416,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 417,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D HIS 418,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 419,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 420,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 421,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 422,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 423,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 424,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 425,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 426,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 427,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 428,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 429,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 430,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 431,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 432,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 433,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 434,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 435,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 436,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 437,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 438,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 439,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 440,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 441,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 442,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 443,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 444,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 445,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 446,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 447,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 448,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 449,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 450,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 451,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 452,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 453,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 454,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 455,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 456,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 457,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 458,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 459,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 460,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 461,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 462,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 463,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 464,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 465,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 466,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 467,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 468,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 469,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 470,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 471,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 472,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 473,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 474,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 475,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 476,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 477,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 478,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 479,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 480,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ARG 481,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 482,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 483,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 484,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 485,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 486,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 487,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 488,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 489,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 490,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 491,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 492,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 493,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 494,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 495,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 496,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 497,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 498,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 499,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 500,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 501,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 502,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 503,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 504,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 505,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 506,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 507,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 508,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 509,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 510,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 511,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 512,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 513,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 514,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 515,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 516,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 517,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 518,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 519,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 520,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 521,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 522,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLN 523,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 524,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 525,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 526,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 527,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 528,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 529,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 530,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D SER 531,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 532,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 533,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 534,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PRO 535,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 536,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 537,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLY 538,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 539,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 540,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 541,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ILE 542,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 543,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASP 544,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 545,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 546,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ALA 547,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D ASN 548,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D CYS 549,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LEU 550,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 551,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 552,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 553,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D PHE 554,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D LYS 555,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D GLU 556,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D TYR 557,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 558,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D THR 559,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/D VAL 560  
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 1,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 2,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 3,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 4,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 5,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 6,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 7,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 8,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 9,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 10,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 11,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 12,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 13,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 14,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 15,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 16,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 17,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 18,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 19,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 20,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 21,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 22,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 23,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 24,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 25,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 26,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 27,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 28,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 29,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 30,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 31,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 32,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 33,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 34,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 35,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 36,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 37,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 38,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 39,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 40,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 41,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 42,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 43,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 44,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 45,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 46,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 47,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 48,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 49,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 50,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 51,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 52,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 53,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 54,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 55,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 56,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 57,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 58,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 59,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 60,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 61,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 62,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 63,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 64,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 65,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 66,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 67,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 68,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 69,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 70,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 71,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 72,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 73,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 74,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 75,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 76,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 77,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 78,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 79,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 80,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 81,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 82,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 83,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 84,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 85,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 86,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 87,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 88,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 89,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 90,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 91,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 92,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 93,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 94,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 95,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 96,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 97,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 98,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 99,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 100,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 101,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 102,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 103,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 104,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 105,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 106,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 107,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 108,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 109,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 110,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 111,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 112,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 113,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 114,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 115,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 116,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 117,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 118,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 119,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 120,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 121,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 122,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 123,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 124,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 125,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 126,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 127,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 128,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 129,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 130,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 131,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 132,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 133,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 134,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 135,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 136,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 137,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 138,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 139,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 140,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 141,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 142,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 143,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 144,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 145,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 146,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 147,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 148,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 149,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 150,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 151,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 152,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 153,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 154,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 155,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 156,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 157,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 158,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 159,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 160,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 161,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 162,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 163,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 164,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 165,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 166,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 167,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 168,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 169,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 170,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 171,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 172,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 173,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 174,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 175,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 176,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 177,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 178,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 179,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 180,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 181,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 182,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 183,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 184,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 185,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 186,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 187,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 188,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 189,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 190,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 191,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 192,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 193,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 194,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 195,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 196,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 197,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 198,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 199,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 200,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 201,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 202,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 203,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 204,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 205,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 206,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 207,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 208,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 209,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 210,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 211,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 212,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 213,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 214,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 215,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 216,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 217,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 218,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 219,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 220,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 221,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 222,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 223,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 224,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 225,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 226,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 227,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 228,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 229,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 230,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 231,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 232,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 233,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 234,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 235,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 236,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 237,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 238,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 239,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 240,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 241,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 242,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 243,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 244,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 245,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 246,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 247,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 248,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 249,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 250,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 251,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 252,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 253,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 254,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 255,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 256,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 257,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 258,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 259,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 260,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 261,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 262,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 263,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 264,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 265,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 266,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 267,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 268,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 269,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 270,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 271,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 272,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 273,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D MET 274,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 275,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 276,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 277,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 278,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 279,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 280,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 281,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 282,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 283,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 284,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 285,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 286,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 287,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 288,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 289,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 290,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 291,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 292,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 293,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 294,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 295,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 296,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 297,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 298,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 299,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 300,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 301,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 302,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 303,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 304,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 305,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 306,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 307,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 308,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 309,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 310,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 311,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 312,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 313,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 314,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 315,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 316,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 317,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 318,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 319,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 320,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 321,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 322,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 323,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 324,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 325,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 326,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 327,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 328,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 329,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 330,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 331,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 332,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 333,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 334,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 335,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 336,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 337,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 338,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 339,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 340,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 341,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 342,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 343,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 344,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 345,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 346,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 347,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 348,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 349,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 350,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 351,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 352,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 353,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 354,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 355,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 356,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 357,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 358,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 359,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 360,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 361,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 362,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 363,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 364,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 365,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 366,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 367,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 368,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 369,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 370,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TRP 371,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 372,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 373,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 374,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 375,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 376,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 377,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 378,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 379,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 380,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 381,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 382,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 383,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 384,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 385,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 386,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 387,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 388,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 389,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 390,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 391,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 392,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 393,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 394,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 395,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 396,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 397,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 398,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 399,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 400,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 401,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 402,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 403,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 404,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 405,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 406,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 407,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 408,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 409,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 410,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 411,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 412,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 413,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 414,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 415,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 416,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 417,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D HIS 418,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 419,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 420,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 421,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 422,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 423,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 424,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 425,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 426,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 427,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 428,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 429,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 430,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 431,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 432,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 433,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 434,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 435,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 436,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 437,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 438,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 439,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 440,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 441,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 442,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 443,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 444,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 445,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 446,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 447,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 448,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 449,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 450,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 451,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 452,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 453,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 454,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 455,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 456,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 457,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 458,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 459,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 460,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 461,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 462,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 463,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 464,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 465,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 466,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 467,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 468,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 469,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 470,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 471,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 472,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 473,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 474,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 475,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 476,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 477,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 478,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 479,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 480,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ARG 481,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 482,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 483,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 484,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 485,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 486,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 487,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 488,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 489,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 490,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 491,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 492,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 493,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 494,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 495,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 496,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 497,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 498,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 499,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 500,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 501,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 502,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 503,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 504,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 505,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 506,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 507,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 508,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 509,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 510,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 511,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 512,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 513,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 514,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 515,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 516,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 517,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 518,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 519,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 520,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 521,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 522,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLN 523,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 524,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 525,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 526,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 527,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 528,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 529,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 530,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D SER 531,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 532,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 533,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 534,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PRO 535,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 536,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 537,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLY 538,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 539,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 540,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 541,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ILE 542,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 543,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASP 544,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 545,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 546,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ALA 547,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D ASN 548,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D CYS 549,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LEU 550,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 551,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 552,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 553,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D PHE 554,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D LYS 555,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D GLU 556,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D TYR 557,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 558,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D THR 559,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/D VAL 560  
Residue usage in match (1=used, 0=unused):  
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0  
[Repeated 1 time(s)]

> matchmaker #2/C to #1/C verbose 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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  
Sequences:  
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C
MHRTTRIKITELNPHLMCALCGGYFIDATTIVECLHSFCKTCIVRYLETNKYCPMCDVQVHKTRPLLSIRSDKTLQDIVYKLVPGLFKDEMKRRRDFYAAYPLTEVPNGSNEDRGEVLEQEKGALSDDEIVSLSIEFYEGAR.DRDEKKGPLENGDGDKEKTGVRFLRCPAAMTVMHLAKFLRNKMDVPSKYKVEVLYEDEPLKEYYTLMDIAYIYPWRRNGPLPLKYRVQPACKRLTLATVPTPSEGTNTSGASECESVSDKAPSPA.TLPATSSSLPSPATPSHGSPSSHGPPATHPTSPTPPSTASGATTAANGGSLNCLQTPSSTSRGRKMTVNGAPVPPLT  
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C
MHRTTRIKITELNPHLMCVLCGGYFIDATTIIECLHSFCKTCIVRYLETSKYCPICDVQVHKTRPLLNIRSDKTLQDIVYKLVPGLFKNEMKRRRDFYAAHPSADAANGSNEDRGEVADEDKRIITDDEIISLSIEFFDQNRLDRKVNKDKEKSKEEVNDK...RYLRCPAAMTVMHLRKFLRSKMDIPNTFQIDVMYEEEPLKDYYTLMDIAYIYTWRRNGPLPLKYRVRPTCK...RMKISHQRDGLTNAGELESDSGSDKANSPAGGIPSTSSCLPSPSTPV..............QSPHPQFPHISSTMNGTSNSPSGNHQSSFANRPRKSSVNGSSATSSG  
Residues:  
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 1,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 2,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 3,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 4,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 5,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 6,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 7,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 8,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 9,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 10,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 11,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 12,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 13,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 14,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 15,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 16,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 17,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 18,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 19,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 20,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 21,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 22,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 23,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 24,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 25,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 26,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 27,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 28,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 29,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 30,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 31,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 32,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 33,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 34,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 35,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 36,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 37,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 38,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 39,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 40,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 41,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 42,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 43,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 44,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 45,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 46,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 47,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 48,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 49,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 50,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 51,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 52,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 53,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 54,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 55,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 56,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 57,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 58,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 59,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 60,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 61,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 62,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 63,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 64,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 65,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 66,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 67,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 68,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 69,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 70,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 71,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 72,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 73,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 74,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 75,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 76,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 77,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 78,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 79,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 80,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 81,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 82,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 83,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 84,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 85,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 86,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 87,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 88,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 89,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 90,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 91,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 92,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 93,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 94,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 95,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 96,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 97,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 98,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 99,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 100,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 101,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 102,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 103,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 104,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 105,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 106,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 107,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 108,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 109,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 110,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 111,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 112,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 113,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 114,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 115,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 116,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 117,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 118,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 119,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 120,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 121,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 122,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 123,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 124,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 125,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 126,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 127,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 128,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 129,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 130,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 131,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 132,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 133,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 134,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 135,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 136,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 137,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 138,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 139,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 140,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 141,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 142,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 143,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 144,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 145,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 146,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 147,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 148,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 149,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 150,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 151,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 152,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 153,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 154,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 155,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 156,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 157,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 158,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 159,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 160,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 161,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 162,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 163,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 164,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 165,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 166,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 167,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 168,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 169,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 170,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 171,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 172,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 173,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 174,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 175,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 176,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 177,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 178,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 179,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PHE 180,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 181,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 182,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 183,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 184,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 185,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 186,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 187,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 188,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 189,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 190,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 191,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 192,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 193,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 194,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 195,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 196,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 197,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 198,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 199,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 200,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 201,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 202,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 203,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 204,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 205,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 206,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 207,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 208,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 209,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 210,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 211,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 212,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 213,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ILE 214,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 215,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 216,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TRP 217,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 218,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 219,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 220,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 221,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 222,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 223,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 224,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 225,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 226,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C TYR 227,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 228,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 229,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 230,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 231,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 232,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 233,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 234,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 235,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 236,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 237,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 238,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 239,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 240,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 241,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 242,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 243,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 244,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 245,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 246,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 247,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 248,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 249,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 250,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 251,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 252,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 253,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 254,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 255,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 256,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLU 257,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 258,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 259,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 260,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASP 261,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 262,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 263,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 264,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 265,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 266,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 267,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 268,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 269,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 270,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 271,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 272,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 273,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 274,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 275,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 276,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 277,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 278,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 279,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 280,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 281,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 282,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 283,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 284,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 285,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 286,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 287,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 288,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 289,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 290,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 291,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 292,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 293,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 294,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 295,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C HIS 296,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 297,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 298,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 299,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 300,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 301,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 302,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 303,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 304,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 305,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 306,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 307,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 308,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 309,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 310,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 311,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 312,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 313,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 314,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 315,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 316,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 317,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 318,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 319,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C CYS 320,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 321,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLN 322,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 323,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 324,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 325,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 326,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 327,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C SER 328,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 329,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 330,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ARG 331,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LYS 332,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C MET 333,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 334,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 335,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ASN 336,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C GLY 337,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C ALA 338,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 339,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C VAL 340,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 341,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C PRO 342,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C LEU 343,
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C THR 344  
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 1,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 2,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 3,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 4,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 5,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 6,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 7,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 8,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 9,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 10,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 11,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 12,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 13,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 14,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 15,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 16,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 17,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 18,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 19,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 20,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 21,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 22,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 23,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 24,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 25,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 26,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 27,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 28,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 29,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 30,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 31,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 32,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 33,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 34,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 35,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 36,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 37,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 38,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 39,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 40,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 41,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 42,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 43,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 44,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 45,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 46,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 47,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 48,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 49,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 50,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 51,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 52,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 53,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 54,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 55,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 56,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 57,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 58,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 59,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 60,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 61,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 62,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 63,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 64,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 65,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 66,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 67,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 68,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 69,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 70,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 71,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 72,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 73,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 74,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 75,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 76,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 77,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 78,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 79,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 80,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 81,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 82,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 83,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 84,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 85,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 86,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 87,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 88,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 89,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 90,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 91,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 92,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 93,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 94,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 95,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 96,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 97,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 98,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 99,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 100,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 101,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 102,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 103,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 104,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 105,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 106,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 107,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 108,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 109,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 110,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 111,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 112,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 113,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 114,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 115,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 116,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 117,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 118,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 119,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 120,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 121,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 122,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 123,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 124,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 125,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 126,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 127,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 128,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 129,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 130,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 131,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 132,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 133,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 134,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 135,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 136,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 137,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 138,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 139,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 140,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 141,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 142,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 143,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 144,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 145,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 146,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 147,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 148,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 149,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 150,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 151,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 152,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 153,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 154,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 155,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 156,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 157,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 158,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 159,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 160,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 161,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 162,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 163,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 164,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 165,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 166,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 167,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 168,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 169,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 170,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 171,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 172,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 173,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 174,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 175,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 176,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 177,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 178,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 179,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 180,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 181,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 182,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 183,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 184,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 185,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 186,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 187,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 188,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 189,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 190,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 191,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 192,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 193,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 194,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 195,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 196,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 197,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 198,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 199,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 200,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 201,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 202,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 203,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 204,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 205,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 206,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 207,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 208,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 209,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 210,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 211,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 212,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 213,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 214,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TRP 215,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 216,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 217,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 218,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 219,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 220,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 221,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 222,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 223,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 224,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C TYR 225,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 226,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 227,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 228,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 229,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 230,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 231,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 232,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 233,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 234,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 235,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 236,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 237,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 238,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 239,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 240,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 241,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 242,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 243,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 244,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 245,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 246,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 247,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 248,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 249,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLU 250,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 251,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 252,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 253,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 254,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 255,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASP 256,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 257,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 258,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 259,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 260,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 261,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 262,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 263,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 264,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 265,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 266,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 267,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 268,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 269,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 270,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C CYS 271,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LEU 272,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 273,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 274,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 275,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 276,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 277,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 278,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 279,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 280,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 281,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 282,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 283,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 284,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 285,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 286,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 287,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 288,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ILE 289,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 290,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 291,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 292,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C MET 293,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 294,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 295,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 296,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 297,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 298,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 299,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 300,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 301,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 302,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 303,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C HIS 304,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLN 305,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 306,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 307,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PHE 308,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 309,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 310,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 311,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C PRO 312,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ARG 313,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C LYS 314,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 315,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 316,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C VAL 317,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ASN 318,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 319,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 320,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 321,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C ALA 322,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C THR 323,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 324,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C SER 325,
cprc1_cbx4_wt_and_pcgf4_model_0.cif #2/C GLY 326  
Residue usage in match (1=used, 0=unused):  
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0  
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0  

> select matched

Expected an objects specifier or a keyword  

> select #1/C:1-91 #2/C:1-91

1467 atoms, 1495 bonds, 182 residues, 2 models selected  

> colour #1/C:1-91 #2/C:1-91 green

> select #1/C:13-103 #2/C:13-103

1477 atoms, 1511 bonds, 182 residues, 2 models selected  

> select #2/C:103

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

> select #2/C:100-103

28 atoms, 29 bonds, 4 residues, 1 model selected  

> select #1/C:1

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

> select #1/C:1-100 #2/C:1-100

1633 atoms, 1665 bonds, 200 residues, 2 models selected  
MatchMaker Alignment [ID: 2] region cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain
C..cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C [1-100] RMSD: 0.712  
  

> colour #1/C:1-91 #2/C:1-100 green

> select #1/C:1-91 #2/C:1-100

1550 atoms, 1580 bonds, 191 residues, 2 models selected  

> colour #1/C:1-91 #2/C:1-100 green

> select #1/C:100

5 atoms, 4 bonds, 1 residue, 1 model selected  

> select #1/C:92-100

83 atoms, 84 bonds, 9 residues, 1 model selected  

> sequence header consensus show

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

> select #1/C:13-103 #2/C:13-103

1477 atoms, 1511 bonds, 182 residues, 2 models selected  

> select #1/C:92-100

83 atoms, 84 bonds, 9 residues, 1 model selected  

> select #1/C:13-103 #2/C:13-103

1477 atoms, 1511 bonds, 182 residues, 2 models selected  

> select #1/C:92-100

83 atoms, 84 bonds, 9 residues, 1 model selected  

> select #1/C:13-103 #2/C:13-103

1477 atoms, 1511 bonds, 182 residues, 2 models selected  

> select #1/C:13-103 #2/C:13-103

1477 atoms, 1511 bonds, 182 residues, 2 models selected  

> select #1/C:39 #2/C:39

12 atoms, 10 bonds, 2 residues, 2 models selected  

> sequence header consensus hide

Hiding consensus header for alignment 2  

> sequence identity :1 :2

cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C vs.
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C: 64.11% identity  

> ui tool show "Show Sequence Viewer"

> sequence chain #1/C

Alignment identifier is 1/C  

> sequence header 2 conservation hide

Hiding conservation header for alignment 2  

> sequence header 2 conservation show

Showing conservation header ("seq_conservation" residue attribute) for
alignment 2  

> sequence header consensus show

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

> color byattribute seq_conservation palette rdylgn

51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100  

> color byattribute seq_conservation palette rdylgn

51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100  

> color byattribute seq_conservation palette cyan:maroon

51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100  

> show sel atoms

> show sel cartoons

[Repeated 1 time(s)]

> hide sel cartoons

> hide sel atoms

> hide sel cartoons

> view orient

> color byattribute seq_conservation palette blue:white:red

51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100  

> key red:Variable yellow:Similar green:Conserved size 0.2,0.02 pos 0.05,0.05

> color byattribute seq_conservation palette rdylgn

51615 atoms, 5676 residues, atom seq_conservation range -1.33 to 100  

> view orient

> select /c

5231 atoms, 5348 bonds, 670 residues, 2 models selected  

> hide sel cartoons

> hide sel atoms

> show sel atoms

> hide sel atoms

> show sel cartoons

> color byattribute seq_rmsd palette rdylgn

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  
Fetching palette ~rdylgn from
https://www.colourlovers.com/api/palettes?keywords=~rdylgn&format=json&numResults=100  
Could not find palette ~rdylgn at COLOURlovers.com using keyword search  
Could not find palette ~rdylgn at COLOURlovers.com using keyword search  
Fetching compressed palette Å from
https://www.colourlovers.com/api/palettes?keywords=%C3%85&format=json&numResults=100  

> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05

Expected a keyword  

> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05

Expected a keyword  

> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05

Expected a keyword  

> color byattribute seq_rmsd palette rdylgn

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key green:0.0Å yellow:1.5Å red:>3.0Å size 0.2,0.02 pos 0.05,0.05

> color byattribute seq_rmsd palette 0,green:1.5,yellow:3.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05

Expected a keyword  

> key green:"0.0 Å (Conserved)" yellow:"1.5 Å" red:">3.0 Å (Not Conserved)"
> size 0.2,0.02 pos 0.05,0.05

Expected a keyword  

> color byattribute seq_rmsd palette
> 0.5,green:1.5,lightgreen:2.5,yellow:4.0,orange:6.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key green:"0.5 Å (Conserved)" lightgreen:"1.5 Å" yellow:"2.5 Å" orange:"4.0
> Å" red:">6.0 Å (Not Conserved)" size 0.3,0.02 pos 0.05,0.05

Expected a keyword  

> key pos 0.05,0.05 size 0.3,0.02 green "0.5 Å (Conserved)" lightgreen "1.5 Å"
> yellow "2.5 Å" orange "4.0 Å" red ">6.0 Å (Not Conserved)"

Expected ',' or a keyword  
Fetching palette green,lightgreen,yellow,orange,red from
https://www.colourlovers.com/api/palettes?keywords=green%2Clightgreen%2Cyellow%2Corange%2Cred&format=json&numResults=100  
Could not find palette green,lightgreen,yellow,orange,red at COLOURlovers.com
using keyword search  

> key pos 0.05,0.05 size 0.3,0.02 green:"0.5 Å (Conserved)" lightgreen:"1.5 Å"
> yellow:"2.5 Å" orange:"4.0 Å" red:">6.0 Å (Not Conserved)"

Expected ',' or a keyword  

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> ~key

Could not find palette green,lightgreen,yellow,orange,red at COLOURlovers.com
using keyword search  

> ~key

> key pos 0.05,0.05 size 0.3,0.02 green:"1.0 Å" lightgreen:"2.0 Å" yellow:"3.0
> Å" orange:"4.0 Å" red:">5.0 Å"

Expected ',' or a keyword  

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key pos 0.05,0.05 size 0.3,0.02 palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red

Expected ',' or a keyword  
Fetching compressed palette Å" from
https://www.colourlovers.com/api/palettes?keywords=%C3%85%22&format=json&numResults=100  

> key green:"1.0 Å" lightgreen:"2.0 Å" yellow:"3.0 Å" orange:"4.0 Å" red:">5.0
> Å" pos 0.05,0.05 size 0.3,0.02

Expected a keyword  

> key green:"1.0 Å" lightgreen:"2.0 Å" yellow:"3.0 Å" orange:"4.0 Å" red:">5.0
> Å" pos 0.05,0.05 size 0.3,0.02

Expected a keyword  
Fetching compressed palette 1.0Å from
https://www.colourlovers.com/api/palettes?keywords=1.0%C3%85&format=json&numResults=100  

> key greens 1.0Å lightgreen 2.0Å yellow 3.0Å orange 4.0Å red >5.0Å

Expected a keyword  

> ~key

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:3.0,yellow:4.0,orange:5.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  
Fetching compressed palette user from
https://www.colourlovers.com/api/palettes?keywords=user&format=json&numResults=100  
Found 4 ColourLover palettes with name "user", using palette id 3334131 by
author shift_one with most views (163). To choose a different one use "name by
author" or id number.  

> key user pos 0.05,0.05 size 0.3,0.02

Found 4 ColourLover palettes with name "user", using palette id 3334131 by
author shift_one with most views (163). To choose a different one use "name by
author" or id number.  

> key user pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "3.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "4.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "5.0 Å+" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> ~key

Found 4 ColourLover palettes with name "user", using palette id 3334131 by
author shift_one with most views (163). To choose a different one use "name by
author" or id number.  
Fetching compressed palette palette from
https://www.colourlovers.com/api/palettes?keywords=palette&format=json&numResults=100  

> key user palette 1,2,3,4,5:~rdylgn pos 0.05,0.05 size 0.3,0.02

Expected a keyword  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> pwd

Current working directory is: /Users/s2029357/Desktop  

> save rmsd_scores.txt format defattr attrName seq_rmsd

Saved attribute 'seq_rmsd' of 670 residues using match mode: 1-to-1 to
rmsd_scores.txt  

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/alignment session.tif" width 856 height 772 supersample 3

> ~key

> ~2dlabels

> ~2dlabelscolor byattribute seq_rmsd palette
> 0.2,green:0.7,lightgreen:1.5,yellow:2.5,orange:3.5,red

Unknown command: ~2dlabelscolor byattribute seq_rmsd palette
0.2,green:0.7,lightgreen:1.5,yellow:2.5,orange:3.5,red  

> color byattribute seq_rmsd palette
> 0.2,green:0.7,lightgreen:1.5,yellow:2.5,orange:3.5,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "0.2 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "0.7 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "1.5 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "2.5 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "3.5 Å+" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> select #2/C:263

4 atoms, 3 bonds, 1 residue, 1 model selected  

> select #2/C:263

4 atoms, 3 bonds, 1 residue, 1 model selected  

> select #2/C:263

4 atoms, 3 bonds, 1 residue, 1 model selected  

> color sel red

> lighting soft

> lighting full

> lighting simple

> lighting soft

[Repeated 1 time(s)]

> lighting full

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignment scores.tif" width 856 height 772 supersample 3
> transparentBackground true

> lighting soft

> lighting simple

> lighting full

> lighting soft

> lighting simple

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/alignment.tif" width 856 height 772 supersample 3
> transparentBackground true

> ~key

> ~2dlabels

> color byattribute seq_rmsd palette
> 1.0,green:13.0,lightgreen:25.0,yellow:37.0,orange:50.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Full-Range Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/alignment 1-50.tif" width 856 height 772 supersample 3
> transparentBackground true

> lighting simple

> lighting full

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> ~key

> ~2dlabels

> color byattribute seq_rmsd palette
> 1.0,green:13.0,lightgreen:25.0,yellow:37.0,orange:50.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Full-Range Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> ~2dlabels labels

> 2dlabels delete labels

Missing "labels" keyword's argument  

> ~2dlabels

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Full-Range Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> ~2dlabels

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "13.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "25.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "37.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Structural Variation (Cα RMSD)" xpos 0.05 ypos 0.09 size 13
> bold true color black

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/range 1-50.tif" width 856 height 772 supersample 3

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/range.tif" width 856 height 772 supersample 3
> transparentBackground true

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/range 1-50.tif" width 856 height 772 supersample 3

> ~key

> ~2dlabels

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/log scaled .tif" width 856 height 772 supersample 3
> transparentBackground true

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/log scaled 180.tif" width 856 height 772 supersample 3
> transparentBackground true

> label3d #1/C:37@ca text "PCGF2 RING (18-57)" color black size 1.3 height 5.0
> line true linecolor darkgrey

Unknown command: label3d #1/C:37@ca text "PCGF2 RING (18-57)" color black size
1.3 height 5.0 line true linecolor darkgrey  

> label #1/C:37@ca text "PCGF2 RING (18-57)" color black offset 0,5,0

[Repeated 2 time(s)]

> label #2/C:37@ca text "PCGF4 RING (18-56)" color black offset 0,5,0

> label #1/C:37 text "PCGF2 RING (18-57)" color black offset 0,5,0 onTop true

> ~label

> label #1/C:37 text "PCGF2 RING (18-57)" color black offset 0,5,0 onTop true

> ~label

> label #1/C:37 text "PCGF2 RING (18-57)" color black offset 0,5,0 height 4.0
> onTop true

> label #2/C:37 text "PCGF4 RING (18-56)" color black offset 0,5,0 height 4.0
> onTop true

> view orient

> ~label

> label #1/C:37 text "RING domain" color black offset 0,8,0 height 5.0 onTop
> true

> label #1/C:175 text "RAWUL domain" color black offset 0,8,0 height 5.0 onTop
> true

> label #1/C:260 text IDR color black offset 0,8,0 height 5.0 onTop true

> ~label

> label #1/C:37 text "RING domain" color black offset 0,18,0 height 5.0 onTop
> true

> label #1/C:175 text "RAWUL domain" color black offset 0,18,0 height 5.0
> onTop true

> label #1/C:260 text IDR color black offset 0,18,0 height 5.0 onTop true

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/labelled domains.tif" width 856 height 772 supersample 3

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/labell.tif" width 856 height 772 supersample 3
> transparentBackground true

> hide #2 models

> ~label

> label #1/C:37 text "RING domain" color black offset 0,18,0 height 5.0 onTop
> true showArrows true arrowColor darkgrey

Expected a keyword  

> label #1/C:175 text "RAWUL domain" color black offset 0,18,0 height 5.0
> onTop true showArrows true arrowColor darkgrey

Expected a keyword  

> label #1/C:260 text IDR color black offset 0,18,0 height 5.0 onTop true
> showArrows true arrowColor darkgrey

Expected a keyword  

> label #1/C:260 text IDR color black offset 0,18,0 height 5.0 onTop true
> showArrows true arrowColor darkgrey

Expected a keyword  

> ~label

> ~2dlabels

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red

51615 atoms, 5676 residues, atom seq_rmsd range 0.0595 to 44.6  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> 2dlabels text "RING domain" xpos 0.20 ypos 0.85 size 16 bold true color
> black name t1

Expected a keyword  

> 2dlabels text "RAWUL domain" xpos 0.50 ypos 0.85 size 16 bold true color
> black name t2

Expected a keyword  

> 2dlabels text IDR xpos 0.80 ypos 0.85 size 16 bold true color black name t3

Expected a keyword  

> 2dlabels text "RING domain" xpos 0.20 ypos 0.85 size 16 bold true color
> black name t1

Expected a keyword  

> 2dlabels text "RAWUL domain" xpos 0.50 ypos 0.85 size 16 bold true color
> black name t2

Expected a keyword  

> 2dlabels text IDR xpos 0.80 ypos 0.85 size 16 bold true color black name t3

Expected a keyword  

> ui tool show "2D Labels and Arrows"

> mousemode leftMode "label or arrow"

> 2dlabels #17.7 text "RING domain"

[Repeated 1 time(s)]

> 2dlabels #17.7 xpos 0.500 ypos 0.500

> 2dlabels #17.7 xpos 0.468 ypos 0.600

> 2dlabels #17.7 xpos 0.516 ypos 0.689

> 2dlabels arrow start 0.514,0.678 end 0.492,0.678

> 2dlabels arrow #18.1 end 0.412,0.583

> 2dlabels arrow #18.1 weight 0.1

> 2dlabels arrow #18.1 start 0.502,0.632

> 2dlabels arrow #18.1 end 0.455,0.614

> 2dlabels arrow #18.1 start 0.527,0.675

> 2dlabels arrow #18.1 end 0.471,0.652

> 2dlabels arrow #18.1 start 0.507,0.689

> 2dlabels arrow #18.1 weight 0.5

> 2dlabels arrow #18.1 weight 0.2

> 2dlabels arrow #18.1 end 0.471,0.652

> 2dlabels arrow #18.1 end 0.464,0.651

> 2dlabels #17.7 xpos 0.516 ypos 0.689

> 2dlabels #17.7 xpos 0.410 ypos 0.818

> 2dlabels arrow #18.1 end 0.473,0.635

> 2dlabels arrow #18.1 start 0.407,0.809

> 2dlabels arrow #18.1 end 0.396,0.777

> 2dlabels arrow #18.1 start 0.407,0.809

> 2dlabels arrow #18.1 start 0.474,0.813

> 2dlabels arrow #18.1 end 0.411,0.754

> 2dlabels arrow #18.1 start 0.476,0.813

> 2dlabels arrow #18.1 start 0.473,0.808

> 2dlabels #17.7 text Rdomain

> 2dlabels #17.7 text "RING domain"

> ui tool show "2D Labels and Arrows"

> 2dlabels #17.7 bgColor none

> 2dlabels #17.7 font "Al Bayan"

> 2dlabels #17.7 font "Arial Black"

> 2dlabels #17.7 font Charm

> 2dlabels #17.7 font Cochin

> 2dlabels #17.7 font Fahkwang

> 2dlabels #17.7 font .AppleIndicFont

> 2dlabels #17.7 xpos 0.412 ypos 0.811

> 2dlabels #17.7 text "RING domain "

> 2dlabels #17.7 text "RING domain "

> 2dlabels #17.7 xpos 0.403 ypos 0.806

> ui tool show "2D Labels and Arrows"

> mousemode leftMode rotate

> ui tool show "2D Labels and Arrows"

> mousemode leftMode "label or arrow"

> 2dlabels text "New label" xpos 0.596 ypos 0.795 font .AppleIndicFont

> 2dlabels #17.8 text "RAWUL domain"

> 2dlabels arrow start 0.624,0.521 end 0.631,0.537 weight 0.2 headStyle solid

Can't find font for arrow  
[Repeated 3 time(s)]

> 2dlabels arrow #18.2 end 0.591,0.489

Can't find font for arrow  
[Repeated 2 time(s)]

> 2dlabels arrow #18.2 end 0.577,0.465

> 2dlabels arrow #18.2 start 0.685,0.596

> 2dlabels arrow #18.2 end 0.618,0.515

> 2dlabels arrow #18.2 start 0.657,0.538

> 2dlabels #17.8 xpos 0.668 ypos 0.520

> 2dlabels arrow start 0.286,0.487 end 0.315,0.487 weight 0.2 headStyle solid

> 2dlabels arrow #18.3 end 0.357,0.473

> 2dlabels text IDR xpos 0.80 ypos 0.85 size 16 bold true color black name t3

Expected a keyword  

> 2dlabels delete #18.3

> 2dlabels #17.7 xpos 0.571 ypos 0.867

> 2dlabels #17.7 xpos 0.499 ypos 0.821

> 2dlabels arrow #18.1 start 0.473,0.808

[Repeated 1 time(s)]

> 2dlabels delete #18.1

> 2dlabels #17.7 xpos 0.348 ypos 0.816

> 2dlabels #17.8 xpos 0.547 ypos 0.410

> 2dlabels arrow #18.2 end 0.618,0.515

> 2dlabels delete #18.2

> 2dlabels text "New label" xpos 0.716 ypos 0.310 font .AppleIndicFont

> 2dlabels #17.9 text IDR

> 2dlabels #17.9 xpos 0.669 ypos 0.140

> 2dlabels #17.9 xpos 0.690 ypos 0.203

> 2dlabels #17.9 xpos 0.651 ypos 0.278

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/labelled labelled CBX4 PCGF2 only.tif" width 856 height 772
> supersample 3

> undo

> 2dlabels #17.8 xpos 0.190 ypos 0.353

> 2dlabels #17.9 xpos 0.615 ypos 0.226

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/more lab.tif" width 856 height 772 supersample 3

> hide #1 models

> show #2 models

> 2dlabels #17.8 xpos 0.211 ypos 0.402

> 2dlabels #17.9 xpos 0.761 ypos 0.417

> 2dlabels #17.7 xpos 0.328 ypos 0.795

> select /none

Nothing selected  

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/pcgf4 cbx4 aligned with labels.tif" width 856 height 772
> supersample 3

> lighting full

> lighting soft

> lighting simple

> 2dlabels #17.7 xpos 0.326 ypos 0.816

> 2dlabels #17.8 xpos 0.200 ypos 0.426

> 2dlabels #17.9 xpos 0.813 ypos 0.386

> 2dlabels #17.7 xpos 0.307 ypos 0.823

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/cbx4 pcgf4.png" width 856 height
> 772 supersample 3

> open "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx2_wt_and_pcgf2_model_3.cif" "/Users/s2029357/Desktop/Brien
> Lab Charlie/AlphaFold modelling PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx2_wt_and_pcgf4_model_1.cif" "/Users/s2029357/Desktop/Brien
> Lab Charlie/AlphaFold modelling PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx8_wt_and_and_pcgf4 model_0.cif"
> "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/AlphaFold Run jobs from
> Pheobe/cprc1_cbx8_wt_and_pcgf2_model_0.cif"

Chain information for cprc1_cbx2_wt_and_pcgf2_model_3.cif #19  
---  
Chain | Description  
A | .  
B | .  
C | .  
D | .  
E F | .  
G H | .  
I J | .  
K L | .  
M | .  
N | .  
  
Chain information for cprc1_cbx2_wt_and_pcgf4_model_1.cif #20  
---  
Chain | Description  
A | .  
B | .  
C | .  
D | .  
E F | .  
G H | .  
I J | .  
K L | .  
M | .  
N | .  
  
Chain information for cprc1_cbx8_wt_and_and_pcgf4 model_0.cif #21  
---  
Chain | Description  
A | .  
B | .  
C | .  
D | .  
E F | .  
G H | .  
I J | .  
K L | .  
M | .  
N | .  
  
Chain information for cprc1_cbx8_wt_and_pcgf2_model_0.cif #22  
---  
Chain | Description  
A | .  
B | .  
C | .  
D | .  
E F | .  
G H | .  
I J | .  
K L | .  
M | .  
N | .  
  
Associated cprc1_cbx2_wt_and_pcgf2_model_3.cif chain C to
cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C with 0 mismatches  
Associated cprc1_cbx2_wt_and_pcgf4_model_1.cif chain C to
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C with 0 mismatches  
Associated cprc1_cbx8_wt_and_and_pcgf4 model_0.cif chain C to
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C with 0 mismatches  
Associated cprc1_cbx8_wt_and_pcgf2_model_0.cif chain C to
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C with 0 mismatches  
Chains used in RMSD evaluation for alignment 2:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C, cprc1_cbx2_wt_and_pcgf2_model_3.cif #19/C,
cprc1_cbx2_wt_and_pcgf4_model_1.cif #20/C, cprc1_cbx8_wt_and_and_pcgf4
model_0.cif #21/C, cprc1_cbx8_wt_and_pcgf2_model_0.cif #22/C  

> hide /A,B,D,E,F,G,H,I,J,J,K,L,M,N

> select /C

15634 atoms, 15976 bonds, 1992 residues, 6 models selected  

> hide sel & #2,19-22 atoms

> show sel & #2,19-22 cartoons

Computing secondary structure  
[Repeated 3 time(s)]

> ui tool show Matchmaker

> show #1 models

> hide #2 models

> show #2 models

> hide #15 models

> hide #!17 models

> hide #19 models

> hide #20 models

> hide #21 models

> hide #22 models

> select /none

Nothing selected  

> 2dlabels text "New label" xpos 0.364 ypos 0.368 font .AppleIndicFont

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red

151446 atoms, 16612 residues, atom seq_rmsd range 33.2 to 102  

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red

151446 atoms, 16612 residues, atom seq_rmsd range 33.2 to 102  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> ui tool show Matchmaker

> matchmaker #2/C to #1/C pairing ss showAlignment true

Parameters  
---  
Chain pairing | ss  
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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
Alignment identifier is 1  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 1  
Hiding conservation header for alignment 1  
Chains used in RMSD evaluation for alignment 1:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 1  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> matchmaker #2/C to #1/C pairing ss showAlignment true

Parameters  
---  
Chain pairing | ss  
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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Hiding conservation header for alignment 3  
Chains used in RMSD evaluation for alignment 3:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> matchmaker #2/C to #1/C pairing ss showAlignment true

Parameters  
---  
Chain pairing | ss  
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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
Alignment identifier is 4  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 4  
Hiding conservation header for alignment 4  
Chains used in RMSD evaluation for alignment 4:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 4  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> 2dlabels text "New label" xpos 0.331 ypos 0.057 font .AppleIndicFont

Invalid "text" argument: incomplete quoted text  

> 2dlabels #17.17 text "color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red "

Invalid "text" argument: incomplete quoted text  

> 2dlabels #17.17 text "color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red"

> ~2dlabels

> ~labels

Unknown command: ~labels  

> color byattribute seq_rmsd palette
> 1.0,green:2.0,lightgreen:4.0,yellow:15.0,orange:50.0,red

151446 atoms, 16612 residues, atom seq_rmsd range 0.0595 to 102  

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 11 bold true color black

> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 11 bold true color black

> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 11 bold true color black

> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 11 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 11 bold true color black

> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 13 bold true color black

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> ~key

> key ^rdylgn-5 pos 0.05,0.05 size 0.3,0.02

> 2dlabels text "New label" xpos 0.438 ypos 0.405 font .AppleIndicFont

> hide #1 models

> 2dlabels #23.7 xpos 0.438 ypos 0.405

> 2dlabels #23.7 xpos 0.773 ypos 0.384

> 2dlabels #23.7 text "New labe"

> 2dlabels #23.7 text ""

> 2dlabels text "New label" xpos 0.888 ypos 0.541 font .AppleIndicFont

> 2dlabels #23.8 text ""

> mousemode leftMode rotate

> show #1 models

> hide #1 models

> show #1 models

> ui tool show Matchmaker

> matchmaker #2/C to #1/C pairing ss showAlignment true

Parameters  
---  
Chain pairing | ss  
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 cprc1_cbx4_wt_and_pcgf2_model_0.cif, chain C (#1) with
cprc1_cbx4_wt_and_pcgf4_model_0.cif, chain C (#2), sequence alignment score =
1095.1  
Alignment identifier is 3  
Showing conservation header ("seq_conservation" residue attribute) for
alignment 3  
Hiding conservation header for alignment 3  
Chains used in RMSD evaluation for alignment 3:
cprc1_cbx4_wt_and_pcgf2_model_0.cif #1/C, cprc1_cbx4_wt_and_pcgf4_model_0.cif
#2/C  
Showing rmsd header ("seq_rmsd" residue attribute) for alignment 3  
RMSD between 91 pruned atom pairs is 0.334 angstroms; (across all 324 pairs:
18.074)  
  

> select #2/C:230

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

> hide #24 models

> show #24 models

> hide #!23 models

> show #!23 models

> hide #2 models

> show #2 models

> hide #2 models

> show #2 models

> hide #2 models

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF4 in CBX4
> complex aligned to PCGF2 in CBX4 complex.jpg" width 856 height 772
> supersample 3

> hide #1 models

> show #2 models

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF4 in CBX4
> complex, aligned to PCGF2.jpg" width 856 height 772 supersample 3

> hide #2 models

> show #1 models

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF2 in complex
> with CBX4, aligned to PCGF4.png" width 856 height 772 supersample 3
> transparentBackground true

> show #2 models

> hide #2 models

> ~2dlabels

> 2dlabels text "1.0 Å" xpos 0.05 ypos 0.02 size 14 bold true color black

> 2dlabels text "2.0 Å" xpos 0.12 ypos 0.02 size 14 bold true color black

> 2dlabels text "4.0 Å" xpos 0.19 ypos 0.02 size 14 bold true color black

> 2dlabels text "15.0 Å" xpos 0.26 ypos 0.02 size 14 bold true color black

> 2dlabels text "50.0 Å" xpos 0.33 ypos 0.02 size 14 bold true color black

> 2dlabels text "Log-Scaled Structural Variation (Cα RMSD)" xpos 0.05 ypos
> 0.09 size 16 bold true color black

> save "/Users/s2029357/Desktop/Brien Lab Charlie/AlphaFold modelling
> PCGF2:PCGF4/Alignments with colour scale/Complexes in CBX4/PCGF2 in complex
> with CBX4, aligned to PCGF4.png" width 856 height 772 supersample 3
> transparentBackground true

> hide #1 models

> show #2 models

[deleted to fit within ticket limits]

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603, #19/I #19/J 602, #2/D #19/J 602, #21/I #21/J 602, #2/C #22/I 601, #2/C
#26/I 601, #21/M #22/E 601, #21/M #26/E 601, #2/M #2/L 600, #21/A #19/B 600,
#2/J #1/F 599, #1/C #22/K 599, #1/C #26/K 599, #2/N #2/G 599, #22/N #22/G 599,
#22/N #26/G 599, #26/N #22/G 599, #26/N #26/G 599, #22/M #20/K 598, #26/M
#20/K 598, #1/M #2/L 598, #19/N #19/G 598, #1/N #1/G 597, #21/N #22/G 596,
#21/N #26/G 596, #20/N #20/G 595, #22/M #21/E 595, #26/M #21/E 595, #1/N #2/G
594, #20/N #21/L 594, #22/D #21/E 592, #26/D #21/E 592, #22/N #21/F 589, #26/N
#21/F 589, #22/N #22/F 589, #22/N #26/F 589, #26/N #22/F 589, #26/N #26/F 589,
#19/M #19/H 589, #20/H #22/L 588, #20/H #26/L 588, #2/D #20/J 587, #2/D #22/E
586, #2/D #26/E 586, #19/J #2/K 585, #20/D #2/B 584, #1/A #22/F 584, #1/A
#26/F 584, #21/M #20/G 584, #21/F #2/L 582, #2/N #2/F 581, #21/M #21/E 581,
#22/D #22/I 580, #22/D #26/I 580, #26/D #22/I 580, #26/D #26/I 580, #1/M #22/F
580, #1/M #26/F 580, #20/M #20/H 580, #1/C #22/I 579, #1/C #26/I 579, #2/N
#2/K 579, #22/D #1/A 578, #26/D #1/A 578, #22/M #19/G 577, #26/M #19/G 577,
#21/N #21/F 576, #22/J #21/I 575, #21/I #26/J 575, #20/N #1/E 575, #22/M #20/F
575, #26/M #20/F 575, #19/N #19/E 575, #19/H #21/L 573, #1/D #22/L 573, #1/D
#26/L 573, #22/A #19/H 571, #26/A #19/H 571, #2/J #22/L 571, #2/J #26/L 571,
#2/M #1/F 570, #22/A #20/H 570, #26/A #20/H 570, #22/D #1/F 570, #26/D #1/F
570, #2/M #1/K 569, #21/M #21/H 569, #21/A #20/H 567, #2/M #19/F 567, #19/M
#2/L 567, #19/N #19/F 566, #22/N #20/K 564, #26/N #20/K 564, #20/M #1/G 563,
#19/M #19/F 562, #22/M #1/A 562, #26/M #1/A 562, #20/D #20/B 561, #1/M #21/F
561, #22/N #21/G 560, #26/N #21/G 560, #2/M #2/H 559, #20/B #20/E 559, #2/M
#2/E 557, #21/N #21/G 557, #20/M #2/G 555, #19/M #1/L 555, #1/N #1/F 554, #2/D
#2/N 552, #21/I #22/E 551, #21/I #26/E 551, #2/M #21/F 550, #21/M #22/J 547,
#21/M #26/J 547, #22/M #19/I 547, #26/M #19/I 547, #22/B #19/L 546, #26/B
#19/L 546, #19/M #1/J 546, #20/N #20/K 543, #19/H #22/L 543, #19/H #26/L 543,
#2/M #20/F 543, #19/I #2/G 542, #22/A #20/F 540, #26/A #20/F 540, #20/M #20/L
540, #1/N #2/J 539, #19/N #22/L 539, #19/N #26/L 539, #20/I #19/J 539, #19/M
#20/L 539, #22/N #21/H 538, #26/N #21/H 538, #19/I #21/K 537, #19/D #2/B 537,
#19/D #19/J 534, #2/J #22/F 532, #2/J #26/F 532, #20/D #19/H 532, #22/E #1/K
532, #26/E #1/K 532, #2/I #1/E 531, #2/N #20/J 530, #19/M #20/K 530, #21/E
#20/G 530, #1/N #2/E 528, #1/M #21/J 528, #2/M #19/A 528, #1/G #2/L 526, #20/N
#2/E 525, #1/M #22/I 523, #1/M #26/I 523, #19/J #1/L 523, #22/E #20/G 523,
#26/E #20/G 523, #19/N #20/H 523, #21/M #19/I 520, #21/N #20/K 519, #19/M
#19/E 519, #21/A #19/H 518, #20/I #22/K 518, #20/I #26/K 518, #20/D #1/H 516,
#2/M #21/I 515, #1/M #21/I 514, #22/C #19/F 514, #26/C #19/F 514, #19/D #20/A
512, #19/H #19/K 512, #21/E #2/K 511, #21/E #1/K 511, #19/G #19/L 510, #1/N
#20/J 510, #21/E #22/K 509, #21/E #26/K 509, #22/B #19/H 509, #26/B #19/H 509,
#21/H #21/K 509, #19/I #1/G 508, #1/B #20/J 507, #22/H #22/K 507, #22/H #26/K
507, #26/H #22/K 507, #26/H #26/K 507, #2/M #2/G 507, #1/J #19/L 506, #22/G
#22/L 506, #22/G #26/L 506, #26/G #22/L 506, #26/G #26/L 506, #21/G #21/L 505,
#1/M #20/L 505, #21/C #1/J 505, #2/N #2/H 505, #22/N #22/K 504, #22/N #26/K
504, #26/N #22/K 504, #26/N #26/K 504, #20/H #20/K 503, #20/J #2/K 503, #20/G
#20/L 502, #2/N #21/I 501, #21/C #19/K 500, #19/A #20/E 498, #22/C #19/K 497,
#26/C #19/K 497, #2/A #19/B 497, #21/M #22/L 497, #21/M #26/L 497, #19/E #22/K
496, #19/E #26/K 496, #22/C #20/F 495, #26/C #20/F 495, #1/N #21/I 495, #1/H
#1/K 495, #1/G #1/L 493, #2/F #1/L 493, #20/J #1/L 492, #21/D #19/C 492, #19/I
#22/K 492, #19/I #26/K 492, #19/F #20/L 491, #21/N #22/F 491, #21/N #26/F 491,
#19/E #1/G 491, #22/J #2/G 490, #26/J #2/G 490, #22/I #2/K 488, #26/I #2/K
488, #1/E #21/K 488, #19/N #19/K 487, #2/G #2/L 487, #2/H #2/K 487, #22/M
#22/L 486, #22/M #26/L 486, #26/M #22/L 486, #26/M #26/L 486, #21/J #26/I 486,
#22/I #21/J 486, #22/C #1/J 484, #26/C #1/J 484, #1/J #21/L 484, #19/E #2/G
484, #21/A #22/E 484, #21/A #26/E 484, #20/M #19/L 484, #2/M #1/G 483, #19/M
#19/L 481, #22/J #1/G 478, #26/J #1/G 478, #1/N #21/F 477, #19/M #1/E 477,
#21/M #22/G 476, #21/M #26/G 476, #2/B #22/G 476, #2/B #26/G 476, #19/N #22/A
475, #19/N #26/A 475, #2/J #21/L 475, #20/I #21/K 474, #20/B #22/G 474, #20/B
#26/G 474, #1/M #22/A 474, #1/M #26/A 474, #2/B #1/J 472, #21/M #21/L 471,
#19/B #21/G 471, #20/F #1/F 471, #22/D #2/F 468, #26/D #2/F 468, #20/F #2/F
468, #22/N #21/J 467, #26/N #21/J 467, #1/C #22/C 467, #1/C #26/C 467, #1/M
#19/I 467, #21/C #19/F 467, #2/G #1/L 466, #22/B #22/J 466, #22/B #26/J 466,
#26/B #22/J 466, #26/B #26/J 466, #1/N #2/I 465, #20/B #21/G 465, #21/C #20/K
465, #22/E #2/K 465, #26/E #2/K 465, #19/J #2/L 464, #2/D #21/E 463, #2/N
#22/F 463, #2/N #26/F 463, #1/C #21/C 462, #19/B #19/E 461, #20/D #2/H 460,
#20/A #20/E 460, #19/N #20/E 459, #2/J #20/L 458, #22/N #21/E 457, #26/N #21/E
457, #20/E #19/K 456, #22/M #22/G 455, #22/M #26/G 455, #26/M #22/G 455, #26/M
#26/G 455, #19/N #21/A 455, #19/A #19/E 455, #21/C #20/F 453, #22/N #20/G 453,
#26/N #20/G 453, #21/N #22/H 453, #21/N #26/H 453, #2/B #21/G 452, #19/B #22/G
452, #19/B #26/G 452, #21/N #22/K 452, #21/N #26/K 452, #19/J #1/K 451, #1/N
#22/A 450, #1/N #26/A 450, #22/C #20/K 450, #26/C #20/K 450, #22/N #19/K 449,
#26/N #19/K 449, #20/D #22/B 449, #20/D #26/B 449, #21/E #19/G 449, #21/N
#22/L 448, #21/N #26/L 448, #1/D #19/L 448, #2/M #22/F 448, #2/M #26/F 448,
#2/M #22/I 448, #2/M #26/I 448, #2/E #1/K 447, #22/D #2/J 444, #26/D #2/J 444,
#1/M #20/A 444, #1/M #22/J 444, #1/M #26/J 444, #2/B #26/B 444, #22/B #2/B
444, #1/A #20/G 444, #22/I #1/K 443, #26/I #1/K 443, #22/A #22/E 442, #22/A
#26/E 442, #26/A #22/E 442, #26/A #26/E 442, #22/B #1/E 439, #26/B #1/E 439,
#19/N #20/F 439, #22/J #20/E 438, #26/J #20/E 438, #1/N #22/F 438, #1/N #26/F
438, #19/M #2/E 438, #22/E #19/G 438, #26/E #19/G 438, #20/C #22/G 436, #20/C
#26/G 436, #21/H #20/K 436, #22/I #19/J 435, #26/I #19/J 435, #22/N #1/C 434,
#26/N #1/C 434, #19/D #1/B 433, #1/A #21/K 432, #21/M #22/K 432, #21/M #26/K
432, #19/E #21/K 432, #21/N #1/C 432, #19/M #2/J 431, #2/M #20/C 431, #22/N
#22/H 431, #22/N #26/H 431, #26/N #22/H 431, #26/N #26/H 431, #1/E #1/K 431,
#21/E #21/K 430, #22/M #22/K 430, #22/M #26/K 430, #26/M #22/K 430, #26/M
#26/K 430, #21/F #21/L 429, #19/C #22/G 429, #19/C #26/G 429, #22/A #21/E 429,
#26/A #21/E 429, #21/A #21/E 428, #1/F #1/L 428, #19/A #1/E 428, #2/E #21/K
427, #22/N #2/C 427, #26/N #2/C 427, #21/N #19/K 427, #19/N #2/J 427, #21/B
#2/G 427, #1/I #19/G 426, #20/N #19/L 426, #22/E #22/K 425, #22/E #26/K 425,
#26/E #22/K 425, #26/E #26/K 425, #22/F #20/K 424, #26/F #20/K 424, #19/F
#19/L 424, #22/F #22/L 424, #22/F #26/L 424, #26/F #22/L 424, #26/F #26/L 424,
#19/E #19/K 423, #20/E #20/K 423, #19/M #21/G 422, #19/N #20/G 422, #1/J #22/F
421, #1/J #26/F 421, #22/F #21/L 421, #26/F #21/L 421, #21/J #20/E 421, #19/J
#20/F 420, #20/F #20/L 420, #20/N #22/L 420, #20/N #26/L 420, #2/H #1/K 419,
#20/M #19/E 417, #1/A #1/E 417, #19/A #2/E 416, #1/M #19/H 416, #22/M #19/F
416, #26/M #19/F 416, #1/M #1/K 415, #2/F #2/L 415, #2/E #2/K 415, #21/C #2/C
415, #1/N #2/H 414, #20/A #21/C 413, #20/N #22/A 412, #20/N #26/A 412, #20/A
#19/E 411, #19/N #19/L 407, #20/N #20/L 407, #19/D #1/E 404, #2/N #1/L 404,
#22/F #19/K 403, #26/F #19/K 403, #1/I #22/E 403, #1/I #26/E 403, #21/D #20/A
402, #1/A #2/E 401, #2/A #2/E 399, #21/M #20/F 398, #19/A #21/C 397, #22/J
#19/E 396, #26/J #19/E 396, #1/N #1/K 395, #21/N #21/K 394, #1/A #22/K 392,
#1/A #26/K 392, #19/E #20/K 392, #20/M #19/H 391, #2/N #2/L 391, #19/D #22/L
391, #19/D #26/L 391, #2/A #1/E 390, #20/M #20/K 389, #22/M #20/G 389, #26/M
#20/G 389, #22/J #20/J 388, #20/J #26/J 388, #2/M #20/L 387, #21/J #19/E 386,
#2/A #21/K 386, #20/E #22/L 386, #20/E #26/L 386, #21/M #1/C 384, #1/D #19/I
382, #21/B #22/E 382, #21/B #26/E 382, #21/G #22/L 382, #21/G #26/L 382, #1/B
#19/J 381, #22/N #19/F 380, #26/N #19/F 380, #2/M #2/K 380, #1/I #20/H 380,
#22/M #21/L 379, #26/M #21/L 379, #19/H #20/K 378, #1/D #21/J 378, #1/N #1/L
378, #19/E #22/L 378, #19/E #26/L 378, #22/C #2/C 378, #2/C #26/C 378, #2/M
#22/A 377, #2/M #26/A 377, #1/M #19/L 376, #22/D #1/G 375, #26/D #1/G 375,
#19/A #22/I 375, #19/A #26/I 375, #1/N #19/H 373, #2/J #19/L 373, #1/D #20/I
372, #22/N #22/L 371, #22/N #26/L 371, #26/N #22/L 371, #26/N #26/L 371, #19/I
#22/F 371, #19/I #26/F 371, #2/D #21/N 371, #22/M #1/C 370, #26/M #1/C 370,
#20/G #19/L 370, #1/M #1/L 370, #20/N #21/A 369, #2/D #2/M 368, #22/G #21/K
368, #26/G #21/K 368, #2/G #1/K 368, #19/D #19/H 368, #19/D #2/F 366, #2/M
#1/J 365, #19/I #1/E 364, #19/M #19/K 364, #19/G #20/K 364, #22/J #1/H 363,
#26/J #1/H 363, #19/J #22/F 362, #19/J #26/F 362, #21/H #22/K 361, #21/H #26/K
361, #20/E #21/L 361, #21/F #1/L 360, #2/M #19/I 360, #2/A #22/K 358, #2/A
#26/K 358, #22/D #22/N 357, #22/D #26/N 357, #26/D #22/N 357, #26/D #26/N 357,
#21/A #2/E 357, #19/E #21/L 356, #2/M #19/H 355, #2/I #22/E 354, #2/I #26/E
354, #22/N #21/K 352, #26/N #21/K 352, #19/I #2/E 352, #1/E #2/K 351, #21/D
#21/I 349, #21/N #21/L 348, #21/D #22/N 348, #21/D #26/N 348, #1/I #20/G 347,
#19/D #21/L 347, #20/D #21/F 346, #22/H #21/L 346, #26/H #21/L 346, #22/I #1/F
346, #26/I #1/F 346, #19/N #20/L 346, #20/M #19/F 346, #2/J #21/F 346, #21/F
#22/L 342, #21/F #26/L 342, #2/M #19/L 342, #19/I #21/E 341, #1/N #2/K 340,
#21/N #2/C 340, #19/C #21/B 339, #22/H #20/K 337, #26/H #20/K 337, #19/M #22/G
337, #19/M #26/G 337, #19/F #1/F 335, #1/N #2/L 334, #20/I #22/G 334, #20/I
#26/G 334, #2/A #21/B 334, #20/N #20/B 333, #2/N #1/F 333, #19/H #20/L 331,
#2/D #22/B 330, #2/D #26/B 330, #2/D #21/M 329, #20/D #1/F 328, #1/D #22/J
328, #1/D #26/J 328, #22/F #2/H 328, #26/F #2/H 328, #19/I #22/G 328, #19/I
#26/G 328, #19/I #2/F 327, #20/M #21/G 327, #2/D #21/G 326, #1/D #20/L 324,
#22/C #1/K 322, #26/C #1/K 322, #19/B #21/B 320, #21/G #21/K 319, #22/C #20/C
319, #20/C #26/C 319, #1/A #21/B 319, #20/J #1/F 318, #19/G #19/K 318, #22/G
#22/K 317, #22/G #26/K 317, #26/G #22/K 317, #26/G #26/K 317, #21/H #21/L 317,
#20/M #1/E 315, #2/D #22/N 313, #2/D #26/N 313, #19/N #1/H 313, #22/J #21/F
313, #26/J #21/F 313, #22/E #21/K 313, #26/E #21/K 313, #22/H #22/L 311, #22/H
#26/L 311, #26/H #22/L 311, #26/H #26/L 311, #21/B #20/H 309, #2/M #22/J 309,
#2/M #26/J 309, #20/D #19/B 308, #21/M #21/K 308, #20/G #20/K 308, #19/N #20/B
308, #22/M #19/J 308, #26/M #19/J 308, #20/M #2/E 306, #20/F #19/L 304, #20/J
#22/L 304, #20/J #26/L 304, #20/H #20/L 304, #19/C #22/C 304, #19/C #26/C 304,
#22/A #22/B 303, #22/A #26/B 303, #26/A #22/B 303, #26/A #26/B 303, #2/M #1/H
302, #21/A #1/E 300  

> hide #24 models

> hide #31 models

> show #24 models

> hide #24 models

> show #26 models

> select add #19

25436 atoms, 26498 bonds, 2819 residues, 1 model selected  

> select subtract #19

Nothing selected  

> show #1 models

> show /all

> show /a,b,c,d,e,f,g,h,i,j,k,l,m,n

> interfaces /1

No atoms specified  

> interfaces /1C

No atoms specified  

> interfaces /1C

No atoms specified  

> interfaces #/1C

Expected an atoms specifier or a keyword  

> interfaces #1/C

0 buried areas:  

> interfaces #1/C

0 buried areas:  

> interfaces #1/A,B,C

3 buried areas: C A 3554, C B 3447, A B 785  

> interfaces #1/A,B,C,D

6 buried areas: D A 6011, C A 3554, C B 3447, D C 3279, D B 2225, A B 785  

> colour /A lightblue

> colour /B orange

> colour /C purple

> colour /D green

> colour /E,F,G,H,I,J dark blue

> colour /E,F,G,H,I,J,K,L dark blue

> colour /M,N darkgrey

> view orient

> hide #22 models

> hide #1 models

> select /E,F,G,H,K,L

38766 atoms, 39256 bonds, 3272 pseudobonds, 5026 residues, 8 models selected  

> ui tool show "Color Actions"

> color sel light sea green

> color sel blue

> color sel cornflower blue

> select /I,J

15128 atoms, 15324 bonds, 1037 pseudobonds, 1904 residues, 8 models selected  

> select /b

17535 atoms, 17871 bonds, 1425 pseudobonds, 2261 residues, 8 models selected  

> ui tool show "Color Actions"

> color sel orange

> color sel maroon

> color sel tomato

> color sel sandy brown

> color sel dark orange

> color sel saddle brown

> color sel yellow green

> color sel sienna

> color sel olive

> color sel papaya whip

> color sel plum

> color sel light cyan

> color sel thistle

> color sel pink

> color sel lavender

> color sel thistle

> color sel light steel blue

> color sel thistle

> color sel medium purple

> color sel pale violet red

> color sel plum

> color sel pink

> color sel plum

> select /d

25669 atoms, 26239 bonds, 1748 pseudobonds, 3351 residues, 8 models selected  

> color sel dark sea green

> color sel forest green

> color sel medium sea green

> color sel olive drab

> color sel sea green

> color sel forest green

> color sel green

> color sel chartreuse

> color sel lawn green

> color sel lime

> color sel green

> color sel chartreuse

> color sel lawn green

> color sel spring green

> color sel lime green

> color sel forest green

> select /a

18431 atoms, 18725 bonds, 1195 pseudobonds, 2352 residues, 8 models selected  

> color sel deep sky blue

> color sel royal blue

> color sel turquoise

> color sel medium turquoise

> color sel pale turquoise

> color sel light steel blue

> color sel light cyan

> color sel light sky blue

> color sel sky blue

> select /i,j

15128 atoms, 15324 bonds, 1037 pseudobonds, 1904 residues, 8 models selected  

> color sel cornflower blue

> select /a

18431 atoms, 18725 bonds, 1195 pseudobonds, 2352 residues, 8 models selected  

> color sel dark turquoise

> color sel dark cyan

> color sel cadet blue

> color sel medium slate blue

> color sel light cyan

> color sel lavender

> color sel light steel blue

> color sel light sky blue

> color sel sky blue

> color sel powder blue

> color sel light steel blue

> select /b

17535 atoms, 17871 bonds, 1425 pseudobonds, 2261 residues, 8 models selected  

> select /c

18220 atoms, 18616 bonds, 1367 pseudobonds, 2318 residues, 8 models selected  

> color sel orchid

> color sel blue violet

> color sel rebecca purple

> color sel medium slate blue

> color sel medium purple

> select /none

Nothing selected  

> select /b

17535 atoms, 17871 bonds, 1425 pseudobonds, 2261 residues, 8 models selected  

> color sel pink

> color sel hot pink

> color sel medium violet red

> color sel pale violet red

> color sel thistle

> color sel hot pink

> color sel magenta

> color sel hot pink

> color sel orchid

> select /none

Nothing selected  

> interfaces /A

21 buried areas: #22/A #26/A 13103, #19/A #20/A 10660, #22/A #21/A 8295, #21/A
#26/A 8295, #2/A #1/A 7984, #19/A #21/A 2022, #20/A #21/A 1922, #20/A #1/A
1761, #19/A #1/A 1744, #22/A #20/A 1333, #20/A #26/A 1333, #22/A #1/A 1289,
#1/A #26/A 1289, #19/A #22/A 1121, #19/A #26/A 1121, #22/A #2/A 1096, #2/A
#26/A 1096, #19/A #2/A 1086, #20/A #2/A 1075, #21/A #1/A 1005, #21/A #2/A 929  

> interfaces /#1A

Expected an atoms specifier or a keyword  

> interfaces /#1 a

Expected an atoms specifier or a keyword  

> interfaces #1/A

0 buried areas:  

> interfaces #1/B

0 buried areas:  

> interfaces #26/B

0 buried areas:  

> interfaces #26/A

0 buried areas:  

> interfaces #26/B

0 buried areas:  

> interfaces #26/C

0 buried areas:  

> interfaces #26

41 buried areas: N M 6678, A C 5231, D A 3126, I K 2627, J L 2606, E G 2542, F
H 2537, D C 2144, D B 1627, C B 1544, M I 897, N I 827, M J 782, N J 768, N E
716, I E 695, J F 691, I J 676, D E 660, M H 633, M E 617, M F 611, N G 599, N
F 589, D I 580, H K 507, G L 506, N K 504, M L 486, B J 466, M G 455, A E 442,
N H 431, M K 430, E K 425, F L 424, N L 371, D N 357, G K 317, H L 311, A B
303  

> toolshed show

> ui tool show "Crystal Contacts"

> rrdist /1

Unknown command: rrdist /1  

> rrdist /#1

Unknown command: rrdist /#1  

> ramachandran

Unknown command: ramachandran  

> hide #26 models

> show #22 models

> hide #22 models

> show #21 models

> hide #21 models

> show #22 models

> hide #22 models

> show #21 models

> hide #21 models

> show #22 models

> view orient

> mousemode leftMode "label or arrow"

Traceback (most recent call last):  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 188, in _update_label_text  
self._run_command(f'2dlabel {self._label_spec} text {text}')  
^^^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec  
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)  
^^^^^^^^^^^^^^^^^^^^^^  
AttributeError: 'NoneType' object has no attribute 'atomspec'  
  
AttributeError: 'NoneType' object has no attribute 'atomspec'  
  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec  
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)  
^^^^^^^^^^^^^^^^^^^^^^  
  
See log for complete Python traceback.  
  
Traceback (most recent call last):  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 188, in _update_label_text  
self._run_command(f'2dlabel {self._label_spec} text {text}')  
^^^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec  
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)  
^^^^^^^^^^^^^^^^^^^^^^  
AttributeError: 'NoneType' object has no attribute 'atomspec'  
  
AttributeError: 'NoneType' object has no attribute 'atomspec'  
  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec  
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)  
^^^^^^^^^^^^^^^^^^^^^^  
  
See log for complete Python traceback.  
  
Traceback (most recent call last):  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 188, in _update_label_text  
self._run_command(f'2dlabel {self._label_spec} text {text}')  
^^^^^^^^^^^^^^^^  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec  
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)  
^^^^^^^^^^^^^^^^^^^^^^  
AttributeError: 'NoneType' object has no attribute 'atomspec'  
  
AttributeError: 'NoneType' object has no attribute 'atomspec'  
  
File
"/Applications/ChimeraX-1.11.1.app/Contents/Library/Frameworks/Python.framework/Versions/3.11/lib/python3.11/site-
packages/chimerax/label/label_gui.py", line 145, in _label_spec  
spec = '' if label == 'all' else (label.drawing.atomspec if label else None)  
^^^^^^^^^^^^^^^^^^^^^^  
  
See log for complete Python traceback.  
  

Failed to send bug report. Bug report server www.rbvi.ucsf.edu is unavailable  




OpenGL version: 4.1 Metal - 90.5
OpenGL renderer: Apple M3
OpenGL vendor: Apple

Python: 3.11.9
Locale: en_US.UTF-8
Qt version: PyQt6 6.9.1, Qt 6.9.0
Qt runtime version: 6.9.2
Qt platform: cocoa
Hardware:

    Hardware Overview:

      Model Name: MacBook Pro
      Model Identifier: Mac15,3
      Model Number: MTL83B/A
      Chip: Apple M3
      Total Number of Cores: 8 (4 Performance and 4 Efficiency)
      Memory: 8 GB
      System Firmware Version: 18000.101.7
      OS Loader Version: 18000.101.7

Software:

    System Software Overview:

      System Version: macOS 26.4.1 (25E253)
      Kernel Version: Darwin 25.4.0
      Time since boot: 7 days, 5 hours, 28 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 4
      Displays:
        Color LCD:
          Display Type: Built-in Liquid Retina XDR Display
          Resolution: 3024 x 1964 Retina
          Main Display: Yes
          Mirror: Off
          Online: Yes
          Automatically Adjust Brightness: Yes
          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: 3.6.1
    ChimeraX-AlignmentMatrices: 2.1
    ChimeraX-Alignments: 3.1.1
    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: 1.61.4
    ChimeraX-AtomicLibrary: 14.2.1
    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: 1.3.0
    ChimeraX-ConnectStructure: 2.0.1
    ChimeraX-Contacts: 1.0.1
    ChimeraX-Core: 1.11.1
    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: 1.7.3
    ChimeraX-Label: 1.2
    ChimeraX-ListInfo: 1.2.2
    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: 0.1.0
    ChimeraX-MDcrds: 2.17.2
    ChimeraX-MedicalToolbar: 1.1
    ChimeraX-Meeting: 1.0.1
    ChimeraX-Minimize: 1.3.2
    ChimeraX-MLP: 1.1.1
    ChimeraX-mmCIF: 2.16
    ChimeraX-MMTF: 2.2
    ChimeraX-ModelArchive: 1.0
    ChimeraX-Modeller: 1.5.22
    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: 1.4.2
    ChimeraX-PubChem: 2.2
    ChimeraX-ReadPbonds: 1.0.1
    ChimeraX-Registration: 1.1.2
    ChimeraX-RemoteControl: 1.0
    ChimeraX-RenderByAttr: 1.6.5
    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: 2.17.3
    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-SpaceNavigator: 1.0
    ChimeraX-StdCommands: 1.19.1
    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: 1.49.1
    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: 7.13.1
    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: 6.30.1
    ipython: 9.5.0
    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: 8.6.3
    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: 6.7.0
    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: 1.26.4
    OpenMM: 8.2.0
    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
    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
    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: 6.9.1
    PyQt6-Qt6: 6.9.2
    PyQt6-WebEngine-commercial: 6.9.0
    PyQt6-WebEngine-Qt6: 6.9.2
    PyQt6_sip: 13.10.2
    pytest: 9.0.2
    pytest-cov: 7.0.0
    python-dateutil: 2.9.0.post0
    python-dotenv: 1.2.1
    python-multipart: 0.0.21
    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
    roman-numerals-py: 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: 8.2.3
    sphinx-autodoc-typehints: 3.2.0
    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
    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: 0.3.2
    webcolors: 24.11.1
    wheel: 0.45.1
    wheel-filename: 1.4.2
    widgetsnbextension: 4.0.15
    yarl: 1.22.0

Change History (1)

comment:1 by Eric Pettersen, 11 hours ago

Component: Unassigned → Depiction
Description: modified (diff)
Owner: set to Tom Goddard
Platform: → all
Project: → ChimeraX
Status: new → assigned
Summary: ChimeraX bug report submission → Updating 2D label text: label.drawing is None

I tried some things and couldn't reproduce it.

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