Sequence Independent Analysis
LGA results for Target: T0095_1


Total number of 3D " MODEL 1 " submitted for target T0095_1 : 77
Models ordered by number of AL4 aligned residues

AL0 : Correctly aligned residues (0 shift): GREEN
AL4 : Residues aligned within " -4 , +4 " window (4 shift): Yellow
AL4+ : Residues aligned outside " -4 , +4 " window (4+ shift): RED
Residues not aligned or not predicted: WHITE

AL0 | AL4 | AL4+

Alignment details


Models ordered by number of AL4 aligned residues
MODEL Number
NT
NP
N(dist=4.0)
AL4
AL0
RMSD(N)
LGA_Q
PLOTS
T0095TS095_1
120
120
103
103
70
1.78
5.479
I D
T0095TS031_1
120
120
100
100
60
1.86
5.102
I D
T0095TS354_1
120
120
83
83
58
1.82
4.323
I D
T0095TS414_1
120
120
89
82
20
1.86
4.541
I D
T0095TS384_1
120
120
104
80
75
1.65
5.943
I D
T0095TS342_1
120
88
82
80
62
1.58
4.881
I D
T0095AL357_1
120
90
85
77
53
1.62
4.942
I D
T0095TS002_1
120
105
76
76
45
1.85
3.897
I D
T0095AL077_1
120
84
79
72
38
1.71
4.365
I D
T0095AL094_1
120
65
64
64
63
1.19
4.961
I D
T0095AL126_1
120
85
81
56
32
1.67
4.576
I D
T0095TS197_1
120
104
57
55
53
1.75
3.081
I D
T0095TS080_1
120
120
67
41
0
2.30
2.792
I D
T0095AL170_1
120
91
33
33
22
1.12
2.705
I D
T0095TS088_1
120
120
44
31
15
2.22
1.897
I D
T0095TS004_1
120
120
52
31
3
2.07
2.396
I D
T0095AL274_1
120
32
31
31
0
0.65
4.133
I D
T0095AL105_1
120
96
50
27
0
1.22
3.788
I D
T0095AL103_1
120
47
31
27
0
1.76
1.667
I D
T0095TS001_1
120
114
44
25
2
2.51
1.686
I D
T0095AL361_1
120
97
34
24
7
2.55
1.283
I D
T0095TS042_1
120
120
39
24
5
2.31
1.618
I D
T0095AL106_1
120
108
53
24
0
1.97
2.560
I D
T0095TS045_1
120
120
45
23
0
2.15
2.000
I D
T0095TS390_1
120
120
37
19
0
1.93
1.823
I D
T0095AL204_1
120
110
64
16
0
2.08
2.936
I D
T0095TS047_1
120
86
39
12
0
2.51
1.494
I D
T0095TS028_1
120
120
33
10
0
2.35
1.347
I D
T0095TS012_1
120
120
44
9
1
2.29
1.841
I D
T0095TS065_1
120
107
67
8
0
2.12
3.018
I D
T0095TS058_1
120
120
29
7
0
2.73
1.025
I D
T0095TS017_1
120
118
42
6
0
2.10
1.909
I D
T0095AL395_1
120
109
40
6
0
2.60
1.481
I D
T0095AL405_1
120
90
55
5
0
1.68
3.090
I D
T0095AL127_1
120
120
46
3
0
1.69
2.570
I D
T0095AL052_1
120
118
40
3
0
2.15
1.778
I D
T0095TS278_1
120
78
36
2
1
1.86
1.837
I D
T0095AL073_1
120
71
30
2
0
2.22
1.293
I D
T0095TS055_1
120
120
35
1
0
2.01
1.659
I D
T0095AL273_1_2
120
88
36
1
0
2.11
1.629
I D
T0095TS363_1
120
120
87
0
0
1.66
4.943
I D
T0095TS457_1
120
120
81
0
0
1.82
4.219
I D
T0095AL137_1
120
107
64
0
0
1.81
3.351
I D
T0095AL133_1
120
95
55
0
0
1.79
2.910
I D
T0095AL093_1
120
92
63
0
0
2.10
2.864
I D
T0095AL108_1
120
92
63
0
0
2.10
2.864
I D
T0095AL359_1
120
92
63
0
0
2.10
2.864
I D
T0095AL150_1
120
94
56
0
0
2.02
2.642
I D
T0095AL401_1
120
111
34
0
0
1.20
2.615
I D
T0095TS255_1
120
120
61
0
0
2.24
2.607
I D
T0095AL248_1
120
83
55
0
0
2.03
2.582
I D
T0095AL044_1
120
92
56
0
0
2.11
2.534
I D
T0095TS086_1
120
109
57
0
0
2.26
2.415
I D
T0095TS216_1
120
120
46
0
0
1.92
2.277
I D
T0095AL132_1
120
115
34
0
0
1.42
2.237
I D
T0095AL107_1
120
94
46
0
0
1.99
2.201
I D
T0095TS469_1
120
120
43
0
0
2.22
1.853
I D
T0095AL280_1
120
88
45
0
0
2.35
1.837
I D
T0095TS191_1
120
104
38
0
0
1.99
1.818
I D
T0095AL329_1
120
28
28
0
0
1.46
1.795
I D
T0095TS023_1
120
117
41
0
0
2.25
1.745
I D
T0095AL382_1
120
85
34
0
0
1.94
1.667
I D
T0095XA395_1.after_deadline
120
179
47
0
0
2.74
1.655
I D
T0095AL375_1_1
120
120
33
0
0
1.91
1.642
I D
T0095TS500_1
120
86
38
0
0
2.26
1.610
I D
T0095TS459_1
120
77
29
0
0
1.83
1.503
I D
T0095TS161_1
120
120
38
0
0
2.47
1.479
I D
T0095TS032_1
120
120
29
0
0
1.97
1.401
I D
T0095AL111_1
120
111
30
0
0
2.16
1.327
I D
T0095AL259_1
120
87
34
0
0
2.63
1.245
I D
T0095AL260_1
120
87
34
0
0
2.63
1.245
I D
T0095AL104_1
120
114
27
0
0
2.16
1.195
I D
T0095TS512_1
120
120
29
0
0
2.39
1.165
I D
T0095AL273_1_1
120
15
14
0
0
2.38
0.565
I D
T0095AL158_1
120
0
0
0
0
0
0
I D
T0095AL375_1_2
120
0
0
0
0
0
0
I D
T0095AL273_1_3
120
0
0
0
0
0
0
I D

NT : Total number of residues in TARGET
NP : Total number of residues in MODEL (predicted)
N : Total number of residues superimposed under 4.0 Angstrom distance cutoff
RMSD : RMSD calculated on all N residues superimposed under 4.0 Angstrom distance cutoff
LGA_Q : LGA Q (quality) score calculated by the formula: Q = 0.1*N/(0.1+RMSD)
PLOTS : I - sequence independent superposition
PLOTS : D - sequence dependent superposition

Adam Zemla, 08/18/2000