CASP_Commons
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Description of the results

Each model is compared pair-wise with all other models using the LDDT and LGA packages.

On the global scale, the similarity between each pair of models is quantified by the overall LDDT or GDTTS score. The cumulative similarity of a model to all other models (consensus score) is calculated as an average of all pair-wise scores for this model. The consensus LDDT_cons and GDTTS_cons scores are reported in columns 5 and 7 of the results table. Higher consensus scores do not necessarily signify better models, but rather those that are more similar to others.

Models are clustered on each of the targets using single-linkage hierarchical clustering with the inter-model distance equal to (1 - model_pairwise_score). The clustering dendrograms according to LDDT and CAD-scores help identify groups of similar models (credit to Kliment Olechnovic, Vilnius University).

On the local scale, the similarity between local regions in each pair of models is quantified by the per-residue LDDT or S-score. The local LDDT score reports similarity of distance patterns for a selected residue in two compared models. The S-score is a measure of proximity of corresponding residues in the LGA sequence-dependent superposition; in essence, it is the distance d between CA atoms of the corresponding residues transformed to [0,1] range using the S-function=1/(1+(d/5)^2). The local consensus score for a residue in a model is the average of local LDDT scores or S-scores for this residue from all pair-wise LDDT or LGA runs. The per-residue consensus scores are illustrated in the colored bar plots - left for the LDDT, right for the S-score. The residue numbering is shown in the title of the graphic columns 4 and 6, the local score color-coding is provided above the results table.

Clicking on a bar opens a window with rendering of the selected model colored according to the underlying bar scheme.

 
Target: 
local score scale: (0.8; 1.0) (0.6; 0.8) (0.4; 0.6) (0.2; 0.4) (0.0; 0.2)
#     Model     Predictor     LDDT_cons     GDTTS_cons
1 C1901TS152_3 MULTICOM 0.285 0.140
2 C1901TS044_1 FEIGLAB 0.287 0.140
3 C1901TS213_5 McGuffin 0.290 0.139
4 C1901TS213_4 McGuffin 0.289 0.139
5 C1901TS213_2 McGuffin 0.290 0.139
6 C1901TS213_1 McGuffin 0.291 0.139
7 C1901TS213_3 McGuffin 0.290 0.139
8 C1901TS228_1 DellaCorteLab 0.288 0.136
9 C1901TS273_1 Takeda-Shitaka-Lab 0.284 0.128
10 C1901TS215_4 PerezLab_Gators 0.247 0.111
11 C1901TS215_5 PerezLab_Gators 0.252 0.111
12 C1901TS215_3 PerezLab_Gators 0.251 0.111
13 C1901TS215_1 PerezLab_Gators 0.248 0.110
14 C1901TS215_2 PerezLab_Gators 0.249 0.110
15 C1901TS438_5 Destini 0.248 0.108
16 C1901TS438_4 Destini 0.245 0.107
17 C1901TS438_1 Destini 0.246 0.107
18 C1901TS438_2 Destini 0.241 0.107
19 C1901TS413_3 TFold-server 0.273 0.105
20 C1901TS152_2 MULTICOM 0.276 0.105
21 C1901TS200_1 Zhang-CASP13-Commons 0.184 0.104
22 C1901TS438_3 Destini 0.242 0.102
23 C1901TS413_1 TFold-server 0.245 0.101
24 C1901TS273_2 Takeda-Shitaka-Lab 0.245 0.100
25 C1901TS152_5 MULTICOM 0.245 0.100
26 C1901TS152_1 MULTICOM 0.259 0.098
27 C1901TS413_5 TFold-server 0.256 0.098
28 C1901TS273_3 Takeda-Shitaka-Lab 0.255 0.096
29 C1901TS131_5 BAKER 0.342 0.095
30 C1901TS131_2 BAKER 0.329 0.094
31 C1901TS131_3 BAKER 0.340 0.093
32 C1901TS413_4 TFold-server 0.253 0.093
33 C1901TS131_4 BAKER 0.334 0.093
34 C1901TS131_1 BAKER 0.336 0.091
35 C1901TS067_4 DELCLAB 0.182 0.090
36 C1901TS401_1 FEIGLAB-R 0.275 0.089
37 C1901TS067_2 DELCLAB 0.182 0.089
38 C1901TS414_5 RaptorX 0.305 0.088
39 C1901TS067_1 DELCLAB 0.181 0.087
40 C1901TS369_1 Yang 0.295 0.087
41 C1901TS413_2 TFold-server 0.225 0.087
42 C1901TS369_2 Yang 0.263 0.086
43 C1901TS369_3 Yang 0.252 0.085
44 C1901TS414_3 RaptorX 0.296 0.085
45 C1901TS414_1 RaptorX 0.291 0.084
46 C1901TS414_2 RaptorX 0.292 0.083
47 C1901TS067_3 DELCLAB 0.173 0.083
48 C1901TS067_5 DELCLAB 0.171 0.083
49 C1901TS156_1 AlphaFold 0.282 0.082
50 C1901TS240_4 trfold 0.252 0.082
51 C1901TS369_4 Yang 0.283 0.081
52 C1901TS156_2 AlphaFold 0.295 0.081
53 C1901TS369_5 Yang 0.293 0.081
54 C1901TS414_4 RaptorX 0.303 0.080
55 C1901TS156_5 AlphaFold 0.275 0.080
56 C1901TS156_3 AlphaFold 0.283 0.079
57 C1901TS210_1 Kiharalab 0.232 0.079
58 C1901TS087_2 PreferredFold 0.304 0.078
59 C1901TS156_4 AlphaFold 0.280 0.078
60 C1901TS087_3 PreferredFold 0.252 0.075
61 C1901TS240_2 trfold 0.236 0.074
62 C1901TS087_1 PreferredFold 0.259 0.074
63 C1901TS152_4 MULTICOM 0.333 0.074
64 C1901TS210_2 Kiharalab 0.249 0.073
65 C1901TS211_1 Seok-server 0.334 0.073
66 C1901TS240_3 trfold 0.214 0.072
67 C1901TS405_2 Kiharalab_Z 0.200 0.072
68 C1901TS123_4 IntFOLD6 0.179 0.072
69 C1901TS210_4 Kiharalab 0.200 0.072
70 C1901TS123_5 IntFOLD6 0.179 0.072
71 C1901TS258_3 KIAS-Gdansk 0.202 0.071
72 C1901TS210_5 Kiharalab 0.215 0.070
73 C1901TS405_3 Kiharalab_Z 0.215 0.070
74 C1901TS405_1 Kiharalab_Z 0.210 0.069
75 C1901TS405_5 Kiharalab_Z 0.197 0.069
76 C1901TS258_5 KIAS-Gdansk 0.218 0.068
77 C1901TS258_4 KIAS-Gdansk 0.225 0.068
78 C1901TS240_5 trfold 0.220 0.068
79 C1901TS123_2 IntFOLD6 0.184 0.068
80 C1901TS240_1 trfold 0.202 0.068
81 C1901TS389_5 MULTICOM-CONSTRUCT 0.176 0.066
82 C1901TS102_1 D-Haven 0.185 0.066
83 C1901TS309_1 Zhang-TBM 0.213 0.065
84 C1901TS158_2 FALCON-TBM 0.281 0.065
85 C1901TS299_1 FALCON-DeepFolder 0.217 0.065
86 C1901TS278_2 FALCON 0.281 0.065
87 C1901TS309_3 Zhang-TBM 0.207 0.064
88 C1901TS299_3 FALCON-DeepFolder 0.218 0.063
89 C1901TS490_1 bioinsilico_sbi 0.166 0.063
90 C1901TS299_2 FALCON-DeepFolder 0.235 0.063
91 C1901TS359_1 BaiduUSA 0.224 0.063
92 C1901TS247_1 AWSEM-Suite-Commons 0.211 0.062
93 C1901TS182_1 Bhattacharya 0.186 0.062
94 C1901TS196_1 ntsu 0.212 0.062
95 C1901TS247_5 AWSEM-Suite-Commons 0.198 0.062
96 C1901TS182_3 Bhattacharya 0.186 0.062
97 C1901TS182_5 Bhattacharya 0.179 0.062
98 C1901TS123_3 IntFOLD6 0.324 0.062
99 C1901TS210_3 Kiharalab 0.206 0.062
100 C1901TS258_2 KIAS-Gdansk 0.193 0.062
101 C1901TS309_5 Zhang-TBM 0.216 0.062
102 C1901TS258_1 KIAS-Gdansk 0.165 0.061
103 C1901TS123_1 IntFOLD6 0.295 0.061
104 C1901TS247_4 AWSEM-Suite-Commons 0.221 0.061
105 C1901TS158_4 FALCON-TBM 0.352 0.060
106 C1901TS278_5 FALCON 0.278 0.060
107 C1901TS278_4 FALCON 0.352 0.060
108 C1901TS247_3 AWSEM-Suite-Commons 0.196 0.060
109 C1901TS158_5 FALCON-TBM 0.278 0.060
110 C1901TS405_4 Kiharalab_Z 0.189 0.059
111 C1901TS309_4 Zhang-TBM 0.203 0.059
112 C1901TS247_2 AWSEM-Suite-Commons 0.203 0.059
113 C1901TS278_3 FALCON 0.299 0.058
114 C1901TS158_3 FALCON-TBM 0.299 0.058
115 C1901TS389_3 MULTICOM-CONSTRUCT 0.224 0.057
116 C1901TS389_1 MULTICOM-CONSTRUCT 0.210 0.056
117 C1901TS211_3 Seok-server 0.178 0.055
118 C1901TS211_4 Seok-server 0.152 0.055
119 C1901TS278_1 FALCON 0.276 0.055
120 C1901TS158_1 FALCON-TBM 0.276 0.055
121 C1901TS211_5 Seok-server 0.155 0.055
122 C1901TS309_2 Zhang-TBM 0.139 0.052
123 C1901TS182_2 Bhattacharya 0.130 0.050
124 C1901TS389_2 MULTICOM-CONSTRUCT 0.223 0.050
125 C1901TS182_4 Bhattacharya 0.128 0.050
126 C1901TS066_1 PrayogRealDistance 0.168 0.050
127 C1901TS211_2 Seok-server 0.227 0.049
128 C1901TS003_2 Rostlab 0.278 0.049
129 C1901TS003_1 Rostlab 0.347 0.049
130 C1901TS003_3 Rostlab 0.303 0.048
131 C1901TS103_1 Risoluto 0.196 0.048
132 C1901TS273_5 Takeda-Shitaka-Lab 0.144 0.048
133 C1901TS347_1 RBO-HUMAN 0.203 0.047
134 C1901TS273_4 Takeda-Shitaka-Lab 0.155 0.042
135 C1901TS389_4 MULTICOM-CONSTRUCT 0.155 0.037
 
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