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OPENSEQ.org

t6ss

ID: 1432886537 Query Sequence

Download Alignment
We filter this alignment to remove positions that have > 75% gaps before running GREMLIN.
Length: 494 (485)
Sequences: 679 (353.7)
Seq/Len: 1.400
Nf(neff/√len): 16.1

Jackhmmer Results: (2015_01_07)
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: 1.400).

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
83_N263_F5.1511.00
229_F238_V4.8271.00
162_S284_T4.4871.00
247_L277_G3.6711.00
274_Y315_H3.2211.00
164_N281_V2.6181.00
163_A191_F2.5151.00
238_V366_T2.4491.00
160_I287_V2.3690.99
253_E264_T2.3660.99
73_E76_K2.2540.99
239_G365_S2.2220.99
192_I283_L2.1840.99
102_K106_D2.1820.99
228_S356_D2.1630.99
231_E368_K2.1500.99
141_L180_C2.1480.99
188_H237_Y2.1160.99
229_F366_T2.1150.99
271_H326_K2.0790.98
241_A279_A2.0600.98
314_L325_T2.0290.98
122_S125_D1.9910.98
171_P255_T1.8980.97
120_N125_D1.8730.96
199_V346_F1.8540.96
51_E54_A1.8250.95
244_R330_E1.8130.95
96_S275_L1.7620.94
252_G255_T1.7500.94
299_N441_P1.7420.94
239_G347_I1.7290.93
147_S334_T1.7000.93
171_P249_L1.6890.92
151_G334_T1.6670.92
20_S23_D1.6630.92
339_F343_E1.6350.91
308_A355_S1.6280.90
417_E420_D1.6240.90
117_E158_Y1.6010.89
125_D180_C1.5990.89
103_F107_R1.5830.89
115_R156_K1.5770.88
23_D42_K1.5750.88
150_Y237_Y1.5690.88
429_L454_V1.5670.88
390_Q479_M1.5640.88
417_E473_R1.5610.88
236_R388_G1.5490.87
167_F176_L1.5400.87
437_D450_R1.5340.86
270_H273_R1.5300.86
245_F277_G1.5280.86
422_E426_N1.5180.86
195_A199_V1.5110.85
142_Y410_E1.5020.85
286_R289_D1.4980.85
434_S439_P1.4950.85
144_L148_N1.4670.83
131_E175_E1.4630.83
147_S151_G1.4580.82
96_S277_G1.3970.79
200_F346_F1.3920.78
112_E215_K1.3920.78
363_A392_P1.3910.78
215_K344_E1.3880.78
271_H315_H1.3640.76
342_S365_S1.3410.74
80_S263_F1.3390.74
78_L82_V1.3370.74
233_E466_Y1.3370.74
128_K259_K1.3190.73
80_S84_E1.3160.72
15_N18_S1.3140.72
150_Y491_L1.3040.72
89_K272_E1.3040.72
109_D292_A1.3000.71
369_P389_T1.2900.70
172_Q256_V1.2890.70
152_V334_T1.2840.70
29_A51_E1.2810.70
187_A197_P1.2750.69
240_L412_I1.2720.69
372_F385_Y1.2710.69
82_V446_R1.2710.69
153_F188_H1.2650.68
404_I470_L1.2610.68
187_A273_R1.2600.68
279_A398_T1.2600.68
242_L348_G1.2590.68
76_K80_S1.2570.67
14_A17_A1.2560.67
335_E436_M1.2500.67
163_A223_Y1.2440.66
348_G404_I1.2410.66
342_S363_A1.2340.65
337_R340_E1.2310.65
185_A234_D1.2250.65
10_S14_A1.2180.64
245_F282_A1.2180.64
420_D473_R1.2160.64
150_Y257_P1.2140.64
145_V158_Y1.2130.63
135_E225_R1.2110.63
479_M483_F1.2080.63
465_W480_G1.2050.63
28_E31_L1.2050.63
29_A47_A1.1970.62
301_I477_K1.1960.62
223_Y485_L1.1900.61
172_Q257_P1.1880.61
71_I74_I1.1850.61
11_T15_N1.1830.61
162_S287_V1.1810.60
179_K182_S1.1780.60
117_E454_V1.1760.60
194_N241_A1.1740.60
435_D439_P1.1720.59
400_L472_V1.1680.59
12_G16_D1.1670.59
205_F472_V1.1650.59
379_K382_E1.1650.59
303_P359_A1.1640.59
290_S418_K1.1560.58
10_S13_V1.1510.57
266_D273_R1.1470.57
100_S247_L1.1460.57
475_H491_L1.1420.57
104_M285_S1.1390.56
147_S411_Q1.1350.56
161_I184_A1.1330.56
97_S164_N1.1320.56
25_I28_E1.1270.55
100_S281_V1.1250.55
239_G387_L1.1230.55
79_S83_N1.1230.55
193_G241_A1.1200.54
418_K422_E1.1180.54
127_Q179_K1.1160.54
144_L317_Y1.1160.54
289_D293_K1.1140.54
15_N454_V1.1120.54
13_V20_S1.1050.53
82_V85_I1.1040.53
354_D473_R1.1020.53
103_F285_S1.1020.53
181_A184_A1.1000.52
269_G273_R1.0990.52
407_L414_S1.0960.52
229_F467_R1.0920.51
266_D269_G1.0910.51
13_V18_S1.0880.51
82_V86_L1.0860.51
25_I42_K1.0850.51
41_A407_L1.0810.50
150_Y418_K1.0800.50
165_Y189_A1.0760.50
28_E35_D1.0760.50
33_P61_R1.0750.50
298_P396_I1.0750.50
387_L446_R1.0730.50
247_L275_L1.0690.49
28_E41_A1.0670.49
236_R367_Q1.0670.49
96_S429_L1.0660.49
423_R427_H1.0650.49
11_T16_D1.0650.49
12_G18_S1.0650.49
225_R311_N1.0640.49
167_F177_L1.0640.49
201_G223_Y1.0610.48
291_F297_S1.0600.48
225_R450_R1.0550.48
287_V297_S1.0510.47
123_K229_F1.0500.47
11_T18_S1.0490.47
92_Q275_L1.0460.47
271_H274_Y1.0440.47
352_R359_A1.0430.47
17_A145_V1.0420.46
83_N87_H1.0410.46
12_G15_N1.0410.46
163_A280_S1.0410.46
13_V17_A1.0400.46
37_G45_V1.0400.46
76_K89_K1.0370.46
35_D268_V1.0360.46
138_K181_A1.0300.45
54_A187_A1.0300.45
242_L271_H1.0300.45
144_L414_S1.0300.45
10_S19_L1.0280.45
74_I78_L1.0280.45
376_P380_A1.0270.45
342_S362_S1.0260.45
13_V16_D1.0260.45
11_T14_A1.0260.45
163_A229_F1.0260.45
12_G119_L1.0250.45
21_L26_L1.0210.44
127_Q176_L1.0210.44
25_I29_A1.0200.44
84_E419_S1.0200.44
348_G365_S1.0180.44
214_L317_Y1.0180.44
83_N410_E1.0170.44
150_Y354_D1.0100.43
121_A165_Y1.0080.43
435_D443_V1.0080.43
28_E32_K1.0070.43
301_I479_M1.0050.43
47_A51_E1.0050.43
451_A473_R1.0050.43
26_L34_K1.0020.42
85_I293_K1.0000.42
153_F352_R1.0000.42
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: (31Jan15)
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  
2jxfA10.044523.30.985Contact Map
3kshA10.29159.70.987Contact Map
3biaX10.22068.10.987Contact Map
1ug8A10.15797.80.988Contact Map
3mmhA20.32397.40.988Contact Map
3j80H10.15997.30.988Contact Map
2clyA20.10127.10.988Contact Map
4mn7A20.28346.30.988Contact Map
3j7aJ10.1645.80.988Contact Map
2lwfA10.22875.60.988Contact 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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