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OPENSEQ.org

Q9C8H3

ID: 1485956168 Query Sequence

Download Alignment
We filter this alignment to remove positions that have > 75% gaps before running GREMLIN.
Length: 296 (296)
Sequences: 414 (204.6)
Seq/Len: 1.399
Nf(neff/√len): 11.9

HHblits Results: (2016_02)
Sequences per length for each position, BEFORE the coverage/gap filter was applied

Legend: Dots above the red line, indicates positions where there is > 5 sequences per length (if visible, green bar = 20 seq/len). Point of this graphic is to give you an idea if resubmitting a sub-portion of your sequence might help increase the overall Seq/Len (which after applying the coverage filter is at: 1.399).

Sequences per length for each position, AFTER the coverage/gap filter was applied
Legend: If visible, the positions blocked in grey are regions that have > 75% gaps and were automatically trimmed and excluded in the GREMLIN analysis.

Trim query Generate MSA using: Filter MSA GREMLIN
Start: End: E-value: Iterations: Coverage: Remove gaps: Prior:

GREMLIN Results:
Residue pairs sorted by coevolution strength:

Legend: The darker and larger the blue dots, the higher strength in covariance. Below we provide the list of the top [1.5 x length] covarying residues with sequence seperation > 3. The i and j are positions as given in the input sequence.

ij Scaled score Prob
127_H270_H2.0990.98
97_I100_V1.9780.97
130_F260_A1.9160.97
93_N96_R1.8920.96
271_P274_R1.8550.96
10_I102_S1.8200.95
219_A223_E1.7700.94
22_L57_I1.6530.91
71_K75_E1.5280.86
200_R219_A1.5120.85
121_I128_I1.5010.85
23_N53_Q1.4600.83
4_V211_I1.4510.82
88_R203_R1.4490.82
48_D124_V1.4190.80
4_V85_W1.4190.80
182_D197_V1.4170.80
43_T46_Q1.4080.79
78_L268_L1.4030.79
2_S60_T1.3900.78
146_L182_D1.3690.77
127_H265_L1.3650.76
143_T147_Y1.3640.76
167_D204_L1.3630.76
176_A211_I1.3560.76
131_I138_E1.3240.73
20_S85_W1.3210.73
285_F288_L1.3190.73
21_L58_V1.3110.72
70_R251_L1.3110.72
29_S48_D1.3100.72
22_L26_Y1.3010.71
32_L173_A1.2880.70
78_L84_M1.2830.70
23_N229_L1.2720.69
269_R273_L1.2670.68
97_I268_L1.2620.68
55_T58_V1.2610.68
56_Q257_Q1.2610.68
28_Y31_P1.2580.68
225_F247_A1.2580.68
32_L46_Q1.2530.67
133_L137_P1.2520.67
100_V222_G1.2520.67
270_H274_R1.2450.66
257_Q265_L1.2410.66
252_Y273_L1.2390.66
130_F253_I1.2360.66
19_S42_L1.2350.65
265_L270_H1.2290.65
7_M46_Q1.2280.65
133_L174_D1.2270.65
200_R216_G1.2180.64
55_T75_E1.2160.64
269_R274_R1.2160.64
65_A256_F1.2090.63
21_L82_S1.2060.63
156_Y234_P1.2040.63
88_R201_Y1.2020.62
105_I109_K1.2010.62
122_T127_H1.1980.62
256_F261_F1.1970.62
136_Y268_L1.1940.62
97_I215_V1.1810.60
153_V295_M1.1810.60
150_L153_V1.1790.60
131_I261_F1.1760.60
23_N294_C1.1730.60
192_R198_R1.1720.59
200_R223_E1.1720.59
57_I280_V1.1720.59
105_I144_I1.1680.59
55_T59_S1.1610.58
47_L207_I1.1600.58
114_I126_I1.1590.58
102_S190_T1.1560.58
21_L30_M1.1520.57
20_S57_I1.1460.57
201_Y205_R1.1420.56
129_L132_I1.1410.56
78_L167_D1.1410.56
107_V242_L1.1390.56
21_L49_N1.1370.56
49_N55_T1.1370.56
62_L68_P1.1340.56
34_P41_P1.1340.56
52_H259_V1.1330.56
37_H41_P1.1330.56
257_Q262_A1.1320.55
1_P60_T1.1310.55
126_I135_I1.1300.55
4_V20_S1.1280.55
197_V200_R1.1270.55
60_T277_L1.1220.54
101_L144_I1.1220.54
101_L112_E1.1200.54
43_T53_Q1.1160.54
34_P38_Y1.1150.54
14_V167_D1.1120.53
24_M76_Y1.1100.53
167_D170_L1.1070.53
39_L63_T1.1070.53
187_T191_S1.1060.53
97_I261_F1.1040.53
56_Q82_S1.0910.51
197_V265_L1.0900.51
97_I292_T1.0890.51
256_F262_A1.0840.51
58_V131_I1.0820.50
291_R294_C1.0790.50
214_V222_G1.0780.50
42_L63_T1.0780.50
46_Q49_N1.0760.50
19_S225_F1.0750.50
15_R197_V1.0730.50
23_N141_L1.0700.49
88_R204_L1.0650.49
248_A254_T1.0620.48
181_L185_F1.0620.48
75_E84_M1.0590.48
130_F138_E1.0590.48
151_I239_L1.0580.48
141_L256_F1.0580.48
16_F189_P1.0570.48
26_Y42_L1.0560.48
284_F287_R1.0560.48
174_D241_V1.0560.48
123_T239_L1.0510.47
45_S52_H1.0510.47
270_H278_P1.0510.47
20_S225_F1.0510.47
118_K127_H1.0500.47
105_I148_L1.0490.47
216_G219_A1.0490.47
203_R208_A1.0450.47
9_E15_R1.0410.46
77_M93_N1.0390.46
250_I259_V1.0350.46
106_A111_F1.0340.46
222_G250_I1.0340.46
236_A278_P1.0340.46
4_V295_M1.0340.46
14_V108_G1.0320.45
4_V26_Y1.0300.45
123_T127_H1.0300.45
9_E89_R1.0290.45
201_Y208_A1.0270.45
89_R114_I1.0270.45
42_L46_Q1.0250.45
22_L63_T1.0240.45
53_Q294_C1.0200.44
104_I136_Y1.0190.44
113_Q118_K1.0190.44
87_M91_K1.0160.44
112_E116_V1.0160.44
6_K37_H1.0150.44
96_R219_A1.0140.44
242_L262_A1.0120.43
17_T85_W1.0120.43
55_T60_T1.0120.43
11_H227_S1.0110.43
201_Y204_L1.0110.43
50_L54_A1.0060.43
232_R235_R1.0040.43
214_V221_Q1.0020.42
221_Q286_R1.0010.42
39_L44_V1.0010.42
231_W235_R1.0000.42
90_S231_W1.0000.42
Legend: Only predictions with Scaled Score > 1 are listed. For all 3L/2 predictions, click on one of the links below.
Prob = P(contact | scaled_score, seq/len).
Scaled Score = (raw_score/average(raw_scores)).
NEW Features
HHsearch Results: (06Aug15)
GREMLIN results overlayed on top 10 PDB hits:
Legend: Blue filled circles are GREMLIN results (Scaled Score > 1). The grey/red filled circles underneath are pdb residue contacts (min distance < 5 Angstroms). The shade of the circles is based on 10 HHsearch results which uses the overall probability and per-position alignment confidence. Inter oligomeric contacts in the pdb are in shades of red.
PDB M Cov P(%) HHΔ  
3hd7A20.297314.80.975Contact Map
2xzeQ20.077713.90.976Contact Map
2kogA10.381812.20.976Contact Map
2kncA10.17577.10.979Contact Map
2dvkA10.22977.10.979Contact Map
1ko6B20.020370.979Contact Map
4r0cA406.70.979Contact Map
1q2fA10.10815.30.98Contact Map
3te3A60.131850.98Contact Map
1lypA10.08114.80.98Contact Map
M = number of chains, if homo-oligomer
Cov = coverage of hit
P(%) = probability

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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