16th Community Wide Experiment on the
Critical Assessment of Techniques for Protein Structure Prediction
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Sequence Independent Analysis for T1249v1-D1
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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
T1249v1TS014_1-D1
97.20
98.44
98.44
1.17
2
T1249v1TS028_1-D1
96.57
97.51
97.82
1.25
3
T1249v1TS019_1-D1
96.26
97.51
97.82
1.20
4
T1249v1TS462_1-D1
96.57
97.51
97.82
1.25
5
T1249v1TS147_1-D1
96.57
97.51
97.82
1.25
6
T1249v1TS079_1-D1
96.26
97.51
97.51
1.11
7
T1249v1TS293_1-D1
96.26
97.51
97.51
1.11
8
T1249v1TS148_1-D1
96.57
97.51
97.51
1.29
9
T1249v1TS112_1-D1
96.26
97.20
97.20
1.22
10
T1249v1TS212_1-D1
96.26
97.20
97.20
1.29
11
T1249v1TS167_1-D1
94.70
96.88
96.88
1.32
12
T1249v1TS450_1-D1
94.70
96.88
96.88
1.32
13
T1249v1TS456_1-D1
93.77
96.88
96.88
1.14
14
T1249v1TS052_1-D1
95.95
96.88
96.88
1.22
15
T1249v1TS145_1-D1
95.33
96.88
96.88
1.22
16
T1249v1TS198_1-D1
95.64
96.88
96.88
1.25
17
T1249v1TS187_1-D1
95.02
96.88
96.88
1.28
18
T1249v1TS397_1-D1
95.95
96.88
96.88
1.01
19
T1249v1TS059_1-D1
95.95
96.88
96.88
1.22
20
T1249v1TS261_1-D1
95.64
96.88
96.88
1.25
21
T1249v1TS164_1-D1
95.64
96.57
96.88
1.29
22
T1249v1TS311_1-D1
95.64
96.88
96.88
1.14
23
T1249v1TS369_1-D1
95.64
96.88
96.88
1.30
24
T1249v1TS272_1-D1
95.33
96.57
96.57
1.19
25
T1249v1TS051_1-D1
94.70
96.57
96.57
1.33
26
T1249v1TS241_1-D1
94.39
96.26
96.57
1.23
27
T1249v1TS345_1-D1
94.70
96.57
96.57
1.33
28
T1249v1TS017_1-D1
95.64
96.57
96.57
1.20
29
T1249v1TS008_1-D1
95.33
96.57
96.57
1.21
30
T1249v1TS284_1-D1
95.02
96.57
96.57
1.16
31
T1249v1TS075_1-D1
95.02
96.57
96.57
1.16
32
T1249v1TS380_1-D1
95.64
96.57
96.57
1.19
33
T1249v1TS091_1-D1
95.64
96.57
96.57
1.01
34
T1249v1TS425_1-D1
94.70
96.57
96.57
1.33
35
T1249v1TS475_1-D1
95.02
96.57
96.57
1.16
36
T1249v1TS163_1-D1
94.39
96.57
96.57
1.11
37
T1249v1TS423_1-D1
95.64
96.57
96.57
1.12
38
T1249v1TS376_1-D1
95.02
95.95
96.26
1.19
39
T1249v1TS304_1-D1
95.33
96.26
96.26
1.14
40
T1249v1TS219_1-D1
95.02
96.26
96.26
1.27
41
T1249v1TS022_1-D1
94.08
96.26
96.26
1.33
42
T1249v1TS110_1-D1
94.39
96.26
96.26
1.16
43
T1249v1TS322_1-D1
95.02
96.26
96.26
1.27
44
T1249v1TS314_1-D1
94.39
96.26
96.26
1.21
45
T1249v1TS375_1-D1
95.02
96.26
96.26
1.26
46
T1249v1TS287_1-D1
94.70
96.26
96.26
1.39
47
T1249v1TS290_1-D1
95.33
96.26
96.26
1.28
48
T1249v1TS274_1-D1
94.70
96.26
96.26
1.40
49
T1249v1TS393_1-D1
94.39
96.26
96.26
1.32
50
T1249v1TS468_1-D1
95.64
95.95
96.26
1.26
51
T1249v1TS269_1-D1
95.02
96.26
96.26
1.21
52
T1249v1TS122_1-D1
94.70
95.95
95.95
1.14
53
T1249v1TS264_1-D1
95.02
95.95
95.95
1.16
54
T1249v1TS204_1-D1
95.02
95.95
95.95
1.29
55
T1249v1TS494_1-D1
94.39
95.64
95.95
1.39
56
T1249v1TS267_1-D1
94.70
95.95
95.95
1.32
57
T1249v1TS312_1-D1
95.02
95.95
95.95
1.16
58
T1249v1TS294_1-D1
94.70
95.95
95.95
1.23
59
T1249v1TS319_1-D1
94.08
95.95
95.95
1.49
60
T1249v1TS331_1-D1
94.08
95.95
95.95
1.49
61
T1249v1TS040_1-D1
94.70
95.64
95.64
1.33
62
T1249v1TS301_1-D1
90.34
95.02
95.02
1.20
63
T1249v1TS465_1-D1
89.72
92.52
94.39
1.60
64
T1249v1TS419_1-D1
86.60
90.97
91.28
2.11
65
T1249v1TS286_1-D1
86.60
90.97
91.28
2.11
66
T1249v1TS221_1-D1
86.60
90.97
91.28
2.11
67
T1249v1TS262_1-D1
58.57
73.21
73.83
2.43
68
T1249v1TS196_1-D1
58.57
66.98
67.91
2.11
69
T1249v1TS489_1-D1
52.34
56.39
62.31
1.80
70
T1249v1TS388_1-D1
36.14
56.39
57.94
2.72
71
T1249v1TS031_1-D1
55.14
55.45
56.39
1.50
72
T1249v1TS015_1-D1
54.83
55.14
55.76
1.19
73
T1249v1TS139_1-D1
44.86
49.53
54.83
1.85
74
T1249v1TS085_1-D1
48.29
49.84
54.21
1.61
75
T1249v1TS117_1-D1
42.99
47.35
51.71
2.23
76
T1249v1TS323_1-D1
47.66
49.53
51.09
1.40
77
T1249v1TS120_1-D1
26.17
40.81
43.30
2.43
78
T1249v1TS361_1-D1
18.69
33.33
39.25
2.47
79
T1249v1TS023_1-D1
0.00
0.00
19.94
2.60
80
T1249v1TS337_1-D1
0.00
0.31
17.45
2.48
81
T1249v1TS114_1-D1
0.00
4.98
15.26
2.65
82
T1249v1TS300_1-D1
0.00
4.98
15.26
2.65
008 HADDOCK
014 Cool-PSP
015 PEZYFoldings
017 Seder2024hard
019 Zheng-Server
022 Yang
023 FTBiot0119
028 NKRNA-s
031 MassiveFold
040 DELCLAB
051 MULTICOM
052 Yang-Server
059 DeepFold
075 GHZ-ISM
079 MRAFold
085 Bates
091 Huang-HUST
110 MIEnsembles-Server
112 Seder2024easy
114 COAST
117 Vakser
120 Cerebra
122 MQA_server
139 DeepFold-refine
145 colabfold_baseline
147 Zheng-Multimer
148 Guijunlab-Complex
163 MultiFOLD2
164 McGuffin
167 OpenComplex
187 Ayush
196 HYU_MLLAB
198 colabfold
204 Zou
208 falcon2
212 PIEFold_human
219 XGroup-server
221 CSSB_FAKER
241 elofsson
261 UNRES
262 CoDock
264 GuijunLab-Human
267 kiharalab_server
269 CSSB_server
272 GromihaLab
274 kozakovvajda
284 Unicorn
286 CSSB_experimental
287 plmfold
290 Pierce
293 MRAH
294 KiharaLab
300 ARC
301 GHZ-MAN
304 AF3-server
311 RAGfold_Prot1
312 GuijunLab-Assembly
314 GuijunLab-PAthreader
319 MULTICOM_LLM
322 XGroup
323 Yan
331 MULTICOM_AI
337 APOLLO
345 MULTICOM_human
361 Cerebra_server
369 Bhattacharya
375 milliseconds
376 OFsingleseq
380 mialab_prediction
388 DeepFold-server
393 GuijunLab-QA
397 smg_ulaval
419 CSSB-Human
423 ShanghaiTech-server
425 MULTICOM_GATE
450 OpenComplex_Server
456 Yang-Multimer
462 Zheng
465 Wallner
468 MIALAB_gong
475 ptq
489 Fernandez-Recio
494 ClusPro
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