GREMLIN Database
YUEI - Uncharacterized protein YueI
UniProt: O32092 Sequences:
Download Alignment
We filter this alignment to remove sites that have many gaps before running GREMLIN.

Date: 2015_01
Length: 132 (122)
Sequences: 312 (252)
Seq/√Len: 22.8

GREMLIN Results:

Legend: The darker and larger the blue dots, the higher coevolution strength.

Residue pairs sorted by coevolution strength:
i j Sco Prob
25_R32_L5.7191.00
66_L107_I3.9311.00
23_D26_H3.1551.00
21_K24_E3.1121.00
20_T32_L3.0821.00
80_Y105_I2.7530.99
20_T25_R2.7120.99
7_D11_Q2.3170.97
81_I91_F2.2680.97
55_E86_R2.2160.96
42_K72_L2.1950.96
25_R31_S1.9870.93
44_Q120_I1.9360.92
19_E25_R1.7940.89
57_E60_N1.7940.89
33_R118_I1.7590.88
42_K104_G1.7530.88
68_I77_Y1.7510.88
20_T31_S1.7270.87
65_T110_D1.6380.84
4_D7_D1.6140.83
39_A103_L1.5630.81
31_S108_A1.5360.80
55_E83_M1.4750.77
10_L13_G1.4360.75
39_A106_V1.4080.73
94_V105_I1.4050.73
54_A57_E1.3880.72
30_G67_L1.3140.68
31_S67_L1.2870.66
22_P31_S1.2770.66
55_E87_Y1.2700.65
43_G100_H1.2460.64
36_V45_V1.2360.63
36_V103_L1.2180.62
112_A118_I1.2150.62
37_V113_V1.2140.62
9_Y104_G1.2100.61
113_V120_I1.2040.61
22_P38_L1.1940.60
19_E45_V1.1830.60
28_F38_L1.1290.56
52_K56_H1.1070.55
39_A118_I1.1040.54
58_L66_L1.1020.54
13_G47_R1.0850.53
52_K55_E1.0760.52
41_T44_Q1.0540.51
19_E53_E1.0240.49
56_H60_N1.0220.49
7_D43_G1.0170.48
73_Q86_R1.0100.48
77_Y102_P1.0080.48
40_L44_Q0.9910.47
60_N97_L0.9910.47
59_K87_Y0.9800.46
66_L84_A0.9750.45
25_R113_V0.9730.45
56_H88_G0.9710.45
24_E35_R0.9680.45
14_M52_K0.9600.44
69_N102_P0.9580.44
40_L45_V0.9570.44
63_N111_I0.9560.44
28_F54_A0.9550.44
17_P96_D0.9520.44
15_Y73_Q0.9520.44
40_L123_D0.9500.44
99_F122_D0.9470.43
91_F94_V0.9240.42
21_K63_N0.9180.42
67_L108_A0.9170.41
69_N104_G0.9170.41
93_I104_G0.9120.41
31_S89_V0.9050.41
69_N91_F0.8990.40
64_V113_V0.8930.40
26_H116_E0.8920.40
23_D101_T0.8880.40
17_P100_H0.8740.39
22_P26_H0.8740.39
89_V110_D0.8740.39
115_R118_I0.8710.38
58_L89_V0.8670.38
8_L12_Q0.8580.38
38_L120_I0.8560.37
42_K46_L0.8550.37
100_H111_I0.8520.37
58_L107_I0.8510.37
82_Q86_R0.8500.37
122_D125_Y0.8450.37
32_L92_K0.8400.36
72_L123_D0.8170.35
46_L72_L0.8140.35
11_Q77_Y0.8120.35
97_L101_T0.8040.34
39_A119_Y0.7940.34
95_S100_H0.7930.33
21_K40_L0.7780.33
80_Y104_G0.7740.32
103_L106_V0.7740.32
33_R115_R0.7650.32
42_K73_Q0.7550.31
4_D20_T0.7440.30
21_K120_I0.7360.30
15_Y33_R0.7210.29
107_I112_A0.7180.29
49_K87_Y0.7150.29
53_E56_H0.7110.29
65_T92_K0.7090.28
83_M87_Y0.7090.28
49_K67_L0.7070.28
57_E72_L0.7070.28
54_A105_I0.7030.28
72_L110_D0.7010.28
45_V98_Q0.6890.27
46_L104_G0.6880.27
42_K71_E0.6870.27
16_G24_E0.6820.27
81_I110_D0.6820.27
29_L106_V0.6820.27
51_Y102_P0.6780.27
51_Y79_S0.6750.27
27_L90_P0.6710.26
39_A121_Q0.6680.26
68_I105_I0.6650.26
41_T50_P0.6620.26
50_P79_S0.6590.26
4_D12_Q0.6530.25
95_S124_I0.6490.25
65_T125_Y0.6470.25
63_N107_I0.6350.24
23_D85_S0.6320.24
64_V107_I0.6300.24
26_H117_L0.6290.24
79_S86_R0.6260.24
45_V74_Y0.6200.24
55_E59_K0.6130.23
69_N108_A0.6100.23
68_I104_G0.6040.23
23_D71_E0.5980.23
40_L105_I0.5960.23
22_P27_L0.5910.22
51_Y122_D0.5870.22
6_M63_N0.5780.22
9_Y101_T0.5760.22
42_K92_K0.5760.22
94_V117_L0.5680.21
10_L67_L0.5680.21
83_M113_V0.5660.21
63_N120_I0.5640.21
4_D8_L0.5640.21
32_L119_Y0.5630.21
63_N71_E0.5600.21
37_V64_V0.5570.21
43_G101_T0.5540.21
54_A66_L0.5540.21
27_L72_L0.5520.21
40_L114_N0.5510.20
42_K56_H0.5490.20
53_E103_L0.5480.20
28_F83_M0.5470.20
33_R112_A0.5460.20
64_V90_P0.5450.20
47_R75_Q0.5450.20
41_T70_G0.5430.20
64_V102_P0.5410.20
13_G40_L0.5390.20
29_L98_Q0.5380.20
58_L119_Y0.5350.20
37_V120_I0.5320.20
47_R120_I0.5250.19
117_L122_D0.5250.19
45_V104_G0.5230.19
12_Q51_Y0.5210.19
30_G112_A0.5190.19
75_Q100_H0.5170.19
31_S103_L0.5150.19
38_L83_M0.5120.19
106_V114_N0.5090.19
44_Q78_S0.5080.19
33_R114_N0.5010.18
85_S93_I0.5000.18
Legend: The i and j are positions as given in the UniProt sequence. Only predictions with Prob ≥ 0.7 are listed. For all 3L/2 predictions, click on one of the links below.

Sco = ((raw_sco - min_sco)/(avg_sco - min_sco))/2 + 0.5
Prob = P(contact | Sco, seq80/√len)
seq80 = effective number of sequences, after reducing redundancy to 80% identity

HHsearch Results:
Legend: GREMLIN results (Prob ≥ 0.7) overlaid on top PDB hits. The grey/red filled circles underneath are pdb residue contacts (min distance < 5 Angstroms). The shade of the circles is based on the top 10 (or top 20 if e-value < 1E-20) HHsearch results which uses the overall probability and per-site alignment prob. Inter oligomeric contacts in the pdb are in shades of red.
PDB Chains Cov % HHΔ  
2ohwA 1 0.9697 100 0.07 Contact Map
2jnbA 1 0.8864 23.4 0.936 Contact Map
3j7aR 1 0.6591 21.5 0.937 Contact Map
2cr7A 1 0.5076 20 0.938 Contact Map
1ny1A 1 0.8712 18 0.939 Contact Map
3b09A 2 0.2652 16.7 0.94 Contact Map
3n2oA 2 0.3182 14.6 0.941 Contact Map
1zxjA 4 0.4697 14.5 0.941 Contact Map
3fh3A 2 0.6742 12.5 0.943 Contact Map
3nzqA 2 0.3561 12.4 0.943 Contact Map

Sequence Conservation (Image Generated using WebLogo v3)
Legend: Color is used to show Hydrophobicity (Blue: Hydrophilic, Green: Neutral and Black: Hydrophobic). Amount of gaps is represented by width.

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