May 4, 2021 - We are working on upgrading the webserver, some pages may not work.
OPENSEQ.org

shgl1

ID: 1495241267 Query Sequence

Download Alignment
We filter this alignment to remove positions that have > 75% gaps before running GREMLIN.
Length: 352 (351)
Sequences: 427 (252.9)
Seq/Len: 1.217
Nf(neff/√len): 13.5

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: 1.217).

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
330_G339_F2.6431.00
311_F317_I2.5451.00
303_P310_G2.0670.98
339_F344_V2.0110.97
297_A301_F1.9490.96
327_W330_G1.9490.96
1_M5_G1.8930.95
8_K12_K1.8480.95
27_T169_D1.8180.94
1_M8_K1.7380.92
194_K198_E1.6940.90
337_G340_P1.6430.89
64_S68_L1.6420.89
5_G13_A1.6320.88
327_W340_P1.6240.88
147_H151_L1.6160.87
299_Y343_Y1.6130.87
5_G8_K1.6050.87
9_Q12_K1.5990.87
309_L340_P1.5800.86
297_A311_F1.5660.85
97_M105_G1.5500.84
161_L164_R1.5460.84
5_G9_Q1.5350.84
15_Q19_E1.5210.83
1_M13_A1.4930.81
299_Y327_W1.4920.81
315_D342_N1.4900.81
319_L326_N1.4800.80
2_S8_K1.4780.80
134_E224_E1.4660.80
317_I330_G1.4620.79
25_E28_K1.4620.79
330_G340_P1.4270.77
4_A13_A1.4200.76
94_A118_G1.4010.75
8_K160_K1.3800.74
295_C344_V1.3680.73
334_G340_P1.3580.72
331_M336_S1.3570.72
161_L165_R1.3520.71
246_Q250_Q1.3510.71
255_Y259_P1.3490.71
252_R258_K1.3470.71
211_Q215_L1.3410.70
340_P343_Y1.3380.70
12_K15_Q1.3320.70
171_K189_K1.3280.69
194_K200_S1.3260.69
327_W337_G1.3220.69
160_K164_R1.3120.68
318_T331_M1.3080.68
33_F158_L1.2990.67
174_R206_E1.2920.66
327_W339_F1.2900.66
317_I344_V1.2880.66
143_L152_R1.2850.66
346_I350_L1.2850.66
161_L200_S1.2840.66
1_M9_Q1.2840.66
283_P287_G1.2640.64
149_K225_Y1.2610.64
160_K168_F1.2570.63
327_W343_Y1.2570.63
94_A101_G1.2550.63
15_Q166_L1.2520.63
297_A317_I1.2510.63
315_D332_L1.2490.62
336_S348_V1.2470.62
58_L215_L1.2460.62
223_L230_V1.2370.61
96_A100_F1.2350.61
296_R345_E1.2340.61
146_L153_E1.2320.61
2_S13_A1.2290.61
1_M4_A1.2230.60
299_Y340_P1.2210.60
309_L337_G1.2190.60
1_M6_L1.2160.59
68_L73_T1.2140.59
247_A251_P1.2130.59
9_Q13_A1.2100.59
299_Y309_L1.2090.59
4_A7_K1.2080.59
166_L174_R1.2030.58
71_I81_E1.1980.58
1_M12_K1.1980.58
94_A97_M1.1970.58
193_S197_A1.1970.58
156_H167_D1.1940.57
2_S5_G1.1920.57
68_L74_M1.1920.57
158_L200_S1.1910.57
224_E231_Q1.1890.57
187_L204_L1.1860.57
97_M101_G1.1860.57
189_K193_S1.1850.56
328_Y351_P1.1840.56
72_N85_G1.1780.56
142_P167_D1.1710.55
195_E200_S1.1680.55
33_F37_E1.1660.55
32_D194_K1.1620.54
190_F205_L1.1610.54
23_G26_G1.1580.54
298_L327_W1.1530.53
68_L71_I1.1450.53
33_F259_P1.1420.52
211_Q214_Q1.1380.52
314_G337_G1.1370.52
13_A16_K1.1350.52
309_L330_G1.1340.52
20_K27_T1.1250.51
70_M74_M1.1240.51
168_F255_Y1.1220.50
146_L151_L1.1170.50
296_R316_I1.1170.50
23_G37_E1.1150.50
11_H14_T1.1140.50
3_V10_F1.1130.49
19_E165_R1.1120.49
295_C339_F1.1120.49
182_E319_L1.1090.49
218_L248_S1.1000.48
3_V6_L1.1000.48
71_I74_M1.1000.48
99_K103_E1.0980.48
22_G222_Q1.0960.48
30_D142_P1.0940.48
151_L168_F1.0920.47
22_G204_L1.0900.47
70_M73_T1.0890.47
187_L246_Q1.0850.47
74_M85_G1.0840.47
294_C351_P1.0820.46
143_L151_L1.0790.46
215_L240_L1.0780.46
12_K167_D1.0730.46
160_K182_E1.0730.46
322_Q328_Y1.0710.45
12_K183_L1.0700.45
17_V21_V1.0690.45
308_E340_P1.0680.45
73_T85_G1.0670.45
77_I80_Q1.0640.45
40_V161_L1.0640.45
164_R182_E1.0590.44
160_K163_G1.0550.44
222_Q229_A1.0540.44
101_G159_K1.0530.44
309_L314_G1.0520.44
33_F80_Q1.0510.43
309_L334_G1.0500.43
59_Q140_I1.0450.43
110_F233_L1.0440.43
154_I204_L1.0390.42
203_N210_E1.0360.42
16_K154_I1.0340.42
143_L166_L1.0330.42
164_R189_K1.0320.42
305_N308_E1.0310.42
10_F221_A1.0240.41
154_I158_L1.0220.41
22_G30_D1.0200.40
142_P146_L1.0190.40
156_H305_N1.0170.40
29_L190_F1.0150.40
181_E214_Q1.0130.40
161_L194_K1.0120.40
309_L319_L1.0110.40
48_M229_A1.0100.40
21_V121_M1.0080.39
49_E96_A1.0060.39
114_L161_L1.0060.39
281_G284_K1.0040.39
231_Q238_V1.0030.39
276_G279_H1.0030.39
309_L327_W1.0010.39
315_D330_G1.0010.39
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  
1zwwA20.57391000.506Contact Map
2z0vA20.63921000.576Contact Map
4atmA10.58811000.621Contact Map
1uruA10.56821000.624Contact Map
2ficA20.53121000.635Contact Map
4avmA10.61081000.641Contact Map
4bneA20.576799.90.74Contact Map
1opkA10.170599.80.761Contact Map
1ug1A10.215999.80.762Contact Map
2pz1A10.210299.80.765Contact 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.

Page generated in 2.0973 seconds.