15th Community Wide Experiment on the
Critical Assessment of Techniques for Protein Structure Prediction
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Sequence Independent Analysis for T1137s6
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Alignment quality strip chart as function of position in sequence
GREEN
Correctly aligned residues (0 shift) according to EQV0_P
YELLOW
Residues aligned within " -4 , +4 " window (4 shift) according to EQV4_P
RED
Residues aligned outside " -4 , +4 " window (4+ shift) according to EQVI_P
WHITE
Residues not aligned or not predicted
RMSD calculated on all N residues superimposed under 5.0 Angstrom distance cutoff
First Models |
All Models
#
Name
EQV0P
EQV4P
EQVIP
RMSD
1
T1137s6TS162_1
86.97
94.24
94.24
2.36
2
T1137s6TS229_1
58.15
59.65
61.90
1.84
3
T1137s6TS073_1
55.64
59.90
61.40
1.97
4
T1137s6TS288_1
55.64
59.90
61.40
1.97
5
T1137s6TS074_1
53.13
60.65
63.16
1.92
6
T1137s6TS278_1
47.12
51.38
54.64
1.84
7
T1137s6TS035_1
46.12
51.38
53.38
2.04
8
T1137s6TS248_1
45.86
48.62
50.13
1.75
9
T1137s6TS439_1
44.86
51.13
54.39
1.88
10
T1137s6TS119_1
44.86
51.63
53.63
1.87
11
T1137s6TS225_1
44.86
45.61
46.37
1.52
12
T1137s6TS180_1
42.61
43.36
45.86
1.44
13
T1137s6TS477_1
42.36
44.11
44.11
1.82
14
T1137s6TS185_1
41.35
46.12
47.37
2.09
15
T1137s6TS008_1
40.60
42.86
42.86
1.94
16
T1137s6TS117_1
39.85
40.85
40.85
1.80
17
T1137s6TS264_1
39.85
40.10
42.11
1.87
18
T1137s6TS261_1
39.85
40.10
42.11
1.87
19
T1137s6TS403_1
39.85
40.10
42.11
1.87
20
T1137s6TS270_1
39.85
40.85
40.85
1.80
21
T1137s6TS018_1
39.85
40.10
42.11
1.87
22
T1137s6TS003_1
39.60
40.10
41.85
1.36
23
T1137s6TS450_1
39.60
40.10
40.10
1.95
24
T1137s6TS367_1
39.60
40.35
42.61
1.43
25
T1137s6TS462_1
39.35
39.85
39.85
1.52
26
T1137s6TS276_1
38.85
39.85
39.85
2.01
27
T1137s6TS342_1
38.85
39.10
39.10
1.77
28
T1137s6TS269_1
38.35
38.60
38.60
1.41
29
T1137s6TS234_1
38.10
40.10
40.10
1.79
30
T1137s6TS298_1
37.84
39.10
39.10
1.98
31
T1137s6TS353_1
37.84
38.60
38.60
1.68
32
T1137s6TS011_1
37.84
38.10
38.10
1.75
33
T1137s6TS091_1
36.59
37.09
37.59
1.53
34
T1137s6TS481_1
35.34
37.59
37.59
1.67
35
T1137s6TS037_1
34.59
39.35
39.60
1.82
36
T1137s6TS158_1
34.59
37.34
39.10
1.72
37
T1137s6TS120_1
34.59
37.34
39.10
1.72
38
T1137s6TS399_1
34.34
36.09
36.09
1.56
39
T1137s6TS125_1
34.34
36.09
36.09
1.56
40
T1137s6TS131_1
34.34
40.60
40.85
1.73
41
T1137s6TS054_1
34.34
36.09
36.09
1.56
42
T1137s6TS187_1
34.34
38.35
38.60
1.74
43
T1137s6TS423_1
34.34
38.35
38.60
1.74
44
T1137s6TS282_1
34.09
39.85
39.85
1.64
45
T1137s6TS360_1
34.09
39.85
39.85
1.87
46
T1137s6TS089_1
33.58
34.59
35.09
1.68
47
T1137s6TS475_1
33.33
38.35
39.10
1.87
48
T1137s6TS446_1
33.33
34.84
36.34
1.48
49
T1137s6TS461_1
33.33
34.84
36.34
1.48
50
T1137s6TS086_1
33.33
38.35
39.10
1.87
51
T1137s6TS427_1
33.08
34.59
34.59
1.49
52
T1137s6TS434_1
32.83
34.59
34.59
1.73
53
T1137s6TS166_1
32.58
36.84
36.84
1.47
54
T1137s6TS215_1
32.58
33.33
33.33
1.40
55
T1137s6TS455_1
32.33
36.59
37.09
1.65
56
T1137s6TS443_1
31.58
37.34
37.34
1.63
57
T1137s6TS398_1
31.08
37.34
37.34
1.68
58
T1137s6TS216_1
31.08
37.34
37.34
1.68
59
T1137s6TS169_1
30.83
36.09
36.09
1.43
60
T1137s6TS098_1
30.83
36.09
36.09
1.43
61
T1137s6TS354_1
30.83
35.59
35.59
1.58
62
T1137s6TS383_1
30.83
39.60
40.10
1.72
63
T1137s6TS151_1
30.83
33.83
34.34
1.62
64
T1137s6TS188_1
30.83
40.10
42.61
1.97
65
T1137s6TS165_1
30.58
32.58
33.08
1.56
66
T1137s6TS441_1
30.58
37.59
37.59
1.68
67
T1137s6TS433_1
30.58
37.59
37.59
1.68
68
T1137s6TS219_1
29.82
34.09
34.09
1.60
69
T1137s6TS097_1
29.57
36.09
36.34
1.76
70
T1137s6TS275_1
29.57
36.09
36.34
1.75
71
T1137s6TS466_1
29.07
34.84
35.59
1.69
72
T1137s6TS385_1
28.32
33.08
33.08
1.69
73
T1137s6TS245_1
28.32
33.08
33.08
1.69
74
T1137s6TS067_1
28.32
32.58
32.58
1.47
75
T1137s6TS227_1
28.07
30.33
30.58
1.64
76
T1137s6TS133_1
28.07
30.33
30.58
1.64
77
T1137s6TS208_1
27.57
32.83
32.83
1.66
78
T1137s6TS370_1
26.82
30.08
30.08
1.71
79
T1137s6TS478_1
26.32
27.32
27.57
1.68
80
T1137s6TS204_1
24.81
32.33
34.59
2.29
81
T1137s6TS092_1
24.81
32.33
34.59
2.29
82
T1137s6TS333_1
24.56
24.81
25.06
1.59
83
T1137s6TS368_1
24.56
24.81
25.06
1.59
84
T1137s6TS123_1
24.56
26.07
26.57
1.76
85
T1137s6TS140_1
23.56
26.32
26.32
1.83
86
T1137s6TS212_1
23.06
27.82
28.82
1.89
87
T1137s6TS315_1
0.00
0.00
11.28
2.50
88
T1137s6TS280_1
0.00
0.00
9.27
2.32
89
T1137s6TS052_1
0.00
0.00
11.28
2.50
90
T1137s6TS447_1
0.00
0.00
27.82
1.93
003 MULTICOM_human
008 bench
011 GinobiFold-SER
018 server_123
035 Manifold-E
037 Wallner
052 Gonglab-THU
054 UltraFold
067 ESM-single-sequence
073 DFolding-refine
074 DFolding
086 MULTICOM_qa
089 GuijunLab-RocketX
091 UNRES
092 Agemo_mix
097 Graphen_Medical
098 GuijunLab-Assembly
117 QUIC
119 Kiharalab
120 MULTICOM_egnn
123 RostlabUeFOFold
125 UltraFold_Server
131 Kiharalab_Server
133 ShanghaiTech-TS-SER
140 EMBER3D
151 IntFOLD7
158 MULTICOM_deep
162 UM-TBM
165 FTBiot0119
166 RaptorX
169 GuijunLab-Human
180 McGuffin
185 BAKER
187 TRFold
188 GuijunLab-DeepDA
204 Asclepius
208 B11L
212 BhageerathH-Pro
215 XRC_VU
216 Seder2022hard
219 Pan_Server
225 ShanghaiTech
227 GinobiFold
229 Yang-Server
234 Panlab
245 FoldEver
248 Manifold
261 server_122
264 server_125
269 AP_1
270 NBIS-AF2-standard
275 Bhattacharya
276 PICNIC
278 PEZYFoldings
280 ACOMPMOD
282 GuijunLab-Threader
288 DFolding-server
298 MUFold
315 Cerebra
333 FALCON0
342 hFold_human
353 hFold
354 hks1988
360 MUFold_H
367 MULTICOM
368 FALCON2
370 wuqi
383 server_124
385 FoldEver-Hybrid
398 ChaePred
399 BeijingAIProtein
403 server_126
423 trComplex
427 MESHI_server
433 OpenFold-SingleSeq
434 Coqualia
439 Yang
441 OpenFold
443 BAKER-SERVER
446 ColabFold
447 DELCLAB
450 ManiFold-serv
455 Seder2022easy
461 colabfold_human
462 MultiFOLD
466 Shennong
475 MULTICOM_refine
477 DMP
478 Agemo
481 GuijunLab-Meta
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