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OPENSEQ.org

VIPR MSA

ID: 1490629289 Query Sequence

Download Alignment
We filter this alignment to remove positions that have > 75% gaps before running GREMLIN.
Length: 349 (349)
Sequences: 665 (368.7)
Seq/Len: 1.905
Nf(neff/√len): 19.7

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: 1.905).

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
325_C328_N3.1591.00
325_C330_E2.7881.00
7_D11_C2.6481.00
251_C254_R2.5751.00
324_Y330_E2.4571.00
2_C7_D2.3381.00
15_A21_V2.2991.00
328_N331_V2.2631.00
2_C11_C2.1981.00
324_Y328_N2.1790.99
98_M116_M2.0680.99
2_C12_W2.0000.99
326_F330_E1.9970.99
4_R14_E1.9500.99
7_D12_W1.8900.98
325_C331_V1.8600.98
47_G60_C1.8470.98
10_T23_R1.7780.97
7_D26_P1.7240.96
161_Y173_E1.7200.96
86_G90_S1.7140.96
86_G94_L1.6480.95
327_L330_E1.6430.95
60_C65_N1.5950.93
232_W236_T1.5890.93
249_F276_L1.5730.93
173_E177_L1.5490.92
48_W105_R1.4870.90
110_T121_S1.4870.90
324_Y327_L1.4850.90
49_S105_R1.4680.89
11_C26_P1.4610.89
203_P210_W1.4610.89
334_E339_W1.4550.89
317_G325_C1.4430.88
101_L206_F1.4140.87
317_G320_V1.4080.86
317_G328_N1.3730.84
111_R115_H1.3700.84
324_Y331_V1.3470.83
57_A60_C1.3300.82
281_L285_P1.3290.82
195_Y251_C1.3280.81
325_C329_G1.3260.81
121_S166_N1.3250.81
123_I321_A1.3110.80
127_I131_I1.3100.80
178_H251_C1.3080.80
279_S309_E1.3060.80
166_N290_H1.3060.80
112_N125_R1.3020.80
173_E200_W1.2980.79
152_C173_E1.2890.79
170_L249_F1.2870.79
90_S94_L1.2860.79
168_F198_I1.2800.78
234_I238_I1.2800.78
317_G330_E1.2770.78
86_G100_I1.2760.78
326_F331_V1.2740.78
214_R220_V1.2730.78
93_A318_F1.2700.77
276_L279_S1.2690.77
95_T123_I1.2660.77
111_R119_F1.2630.77
260_L271_S1.2620.77
323_L326_F1.2550.76
83_Y114_I1.2480.76
334_E337_R1.2470.75
2_C6_W1.2440.75
169_W200_W1.2440.75
192_F195_Y1.2390.75
320_V330_E1.2330.74
174_G177_L1.2310.74
6_W9_I1.2300.74
316_Q328_N1.2270.74
112_N210_W1.2240.74
152_C200_W1.2210.73
283_L288_G1.2150.73
212_V216_H1.2130.73
153_K280_T1.2110.72
49_S60_C1.2100.72
96_A120_M1.2080.72
175_L248_L1.2010.72
169_W173_E1.2000.71
321_A325_C1.1950.71
12_W26_P1.1920.71
131_I139_S1.1880.70
127_I208_T1.1870.70
106_K112_N1.1840.70
213_V233_I1.1740.69
84_T133_D1.1680.68
46_Q208_T1.1670.68
178_H254_R1.1670.68
86_G93_A1.1650.68
160_Q165_A1.1580.68
59_A65_N1.1570.67
223_W280_T1.1490.67
90_S97_A1.1480.67
101_L322_V1.1470.66
119_F126_A1.1400.66
190_K292_I1.1400.66
116_M329_G1.1390.66
61_G65_N1.1380.66
152_C161_Y1.1370.65
22_V38_N1.1360.65
87_H97_A1.1340.65
2_C26_P1.1340.65
332_Q339_W1.1330.65
161_Y200_W1.1330.65
108_H112_N1.1320.65
122_F125_R1.1310.65
127_I336_K1.1300.65
106_K249_F1.1300.65
170_L276_L1.1280.65
155_M187_S1.1270.64
289_I297_F1.1270.64
245_N259_K1.1240.64
152_C169_W1.1240.64
178_H183_I1.1200.64
320_V328_N1.1200.64
176_Y199_G1.1190.64
311_V319_V1.1160.63
109_C122_F1.1120.63
173_E176_Y1.1100.63
212_V215_I1.1050.62
321_A330_E1.1050.62
25_C316_Q1.1030.62
175_L185_F1.1010.62
130_F279_S1.1000.62
153_K219_D1.0960.61
6_W11_C1.0940.61
305_K308_F1.0930.61
269_E289_I1.0930.61
256_L260_L1.0890.61
249_F279_S1.0880.60
161_Y169_W1.0850.60
285_P328_N1.0800.60
192_F198_I1.0780.59
317_G331_V1.0760.59
249_F334_E1.0760.59
189_R192_F1.0720.59
87_H94_L1.0710.59
159_F287_F1.0640.58
13_P26_P1.0600.57
285_P316_Q1.0600.57
277_A284_I1.0580.57
252_I260_L1.0560.57
212_V289_I1.0550.57
181_L275_R1.0550.57
337_R340_R1.0530.57
7_D43_C1.0520.57
171_L180_L1.0510.56
112_N132_K1.0490.56
209_A213_V1.0460.56
95_T212_V1.0460.56
166_N200_W1.0460.56
124_M162_C1.0460.56
56_Y60_C1.0430.56
62_Y65_N1.0410.55
233_I318_F1.0400.55
170_L279_S1.0390.55
107_L161_Y1.0390.55
128_A275_R1.0390.55
324_Y329_G1.0370.55
253_I257_V1.0320.54
231_W235_K1.0300.54
161_Y177_L1.0300.54
7_D25_C1.0280.54
126_A132_K1.0270.54
265_V270_T1.0230.53
90_S104_F1.0200.53
167_F272_Q1.0190.53
90_S101_L1.0190.53
286_L321_A1.0180.53
112_N172_V1.0170.53
293_M308_F1.0170.53
121_S290_H1.0130.52
2_C13_P1.0110.52
317_G321_A1.0100.52
22_V40_T1.0080.52
166_N214_R1.0010.51
281_L293_M1.0000.51
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  
4k5yA30.71351000.502Contact Map
4l6rA10.96281000.603Contact Map
4jkvA20.868299.90.772Contact Map
4qinA10.813899.90.788Contact Map
2qkhA10.177799.80.828Contact Map
4hj0A20.174899.80.83Contact Map
4rwfA1099.80.833Contact Map
3c5tA10.186299.80.835Contact Map
3n94A10.186299.80.835Contact Map
4ersA10.177799.70.84Contact 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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