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OPENSEQ.org

ytyt

ID: 1386194907 Query Sequence

Download Alignment
We filter this alignment to remove positions that have > 75% gaps before running GREMLIN.
Length: 583 (551)
Sequences: 1840 (1211.9)
Seq/Len: 3.339
Nf(neff/√len): 51.6

HHblits Results: (2013_03)
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: 3.339).

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
126_C131_C3.2501.00
333_P459_G2.9161.00
420_S532_G2.8481.00
93_I98_T2.5691.00
38_E41_E2.4021.00
38_E42_R2.3071.00
112_L145_S2.1721.00
102_S155_G2.1371.00
380_M384_S2.1111.00
204_I216_I2.1071.00
41_E157_K2.0351.00
366_L446_I2.0011.00
348_G446_I1.9991.00
38_E157_K1.9981.00
88_I93_I1.9511.00
526_R529_Y1.9391.00
417_A535_V1.9381.00
334_S464_A1.9271.00
14_D20_V1.9091.00
109_G152_G1.9041.00
166_D472_Y1.8850.99
14_D18_R1.8700.99
539_I543_G1.8610.99
407_V462_F1.8520.99
140_T144_I1.7860.99
388_F392_K1.7580.99
104_L108_L1.7490.99
14_D19_P1.7420.99
186_W190_S1.7330.99
14_D17_G1.7220.99
109_G149_I1.7170.99
376_L380_M1.7170.99
114_T218_T1.6930.99
262_L301_I1.6900.99
253_P257_F1.6810.99
353_R360_Q1.6740.99
232_T237_H1.6530.98
352_D443_P1.6520.98
195_L375_L1.6320.98
519_G525_S1.6320.98
282_N285_H1.6230.98
425_K428_R1.6060.98
81_T84_A1.5960.98
38_E156_T1.5920.98
231_G235_Y1.5890.98
467_L487_F1.5840.98
414_V418_I1.5700.98
164_G182_F1.5680.97
107_V222_L1.5380.97
25_T28_W1.5370.97
546_V549_A1.5360.97
544_L548_A1.5270.97
423_E426_R1.5270.97
71_V342_T1.5120.97
93_I101_A1.5080.97
187_M460_D1.5020.97
86_A481_S1.5000.96
113_L145_S1.4990.96
464_A468_L1.4990.96
289_H297_D1.4950.96
84_A88_I1.4740.96
410_A414_V1.4620.96
172_S175_E1.4540.96
13_V17_G1.4530.96
8_T11_G1.4460.95
384_S388_F1.4400.95
82_P89_A1.4380.95
87_Y92_Y1.4250.95
374_M460_D1.4240.95
187_M374_M1.4220.95
542_M546_V1.4210.95
75_S78_V1.4130.95
400_T403_Q1.4090.94
402_L549_A1.4040.94
64_T346_K1.4000.94
421_A425_K1.3970.94
381_Y385_F1.3960.94
44_A110_M1.3900.94
351_L449_L1.3900.94
333_P463_N1.3830.94
373_S457_G1.3830.94
347_Q449_L1.3810.94
531_Y534_L1.3680.93
255_A259_N1.3670.93
11_G14_D1.3590.93
283_G286_Q1.3540.93
14_D25_T1.3500.93
95_R166_D1.3450.93
429_V442_V1.3400.92
42_R45_F1.3390.92
418_I455_L1.3380.92
100_T229_Y1.3380.92
42_R157_K1.3350.92
13_V20_V1.3250.92
169_D236_R1.3250.92
15_L21_L1.3240.92
87_Y246_A1.3190.92
55_Y116_A1.3180.92
419_A452_Q1.3150.91
111_I115_M1.3140.91
156_T160_I1.3140.91
42_R46_Y1.3110.91
444_M448_W1.3100.91
416_I535_V1.3100.91
377_S458_I1.3070.91
38_E186_W1.2990.91
296_L299_A1.2970.91
251_Q313_K1.2970.91
315_E318_K1.2970.91
40_F160_I1.2900.90
393_T398_G1.2870.90
15_L20_V1.2850.90
297_D300_A1.2840.90
309_C313_K1.2840.90
243_D246_A1.2820.90
14_D22_A1.2790.90
41_E221_L1.2720.89
13_V16_Q1.2690.89
256_A260_R1.2580.89
45_F75_S1.2490.88
108_L112_L1.2470.88
11_G20_V1.2430.88
78_V150_A1.2430.88
168_F182_F1.2420.88
197_A336_L1.2400.88
17_G20_V1.2400.88
86_A485_T1.2360.88
459_G480_Q1.2340.88
11_G22_A1.2320.87
81_T150_A1.2310.87
191_F370_V1.2300.87
437_S524_D1.2290.87
417_A532_G1.2270.87
240_I243_D1.2250.87
204_I208_L1.2170.87
295_F299_A1.2130.86
219_V223_V1.2050.86
424_V428_R1.2030.86
540_V543_G1.2000.85
389_M394_G1.1990.85
252_V314_V1.1970.85
186_W468_L1.1970.85
20_V25_T1.1940.85
349_T363_A1.1910.85
103_S217_P1.1890.85
327_W471_F1.1880.85
165_A472_Y1.1880.85
159_N217_P1.1850.84
306_R309_C1.1810.84
77_A496_F1.1810.84
404_R457_G1.1760.84
161_S468_L1.1730.84
78_V81_T1.1730.84
27_R30_A1.1700.83
38_E47_G1.1680.83
42_R47_G1.1660.83
96_F232_T1.1650.83
10_D13_V1.1650.83
203_Y208_L1.1650.83
83_I87_Y1.1640.83
9_Q12_T1.1620.83
53_V324_I1.1610.83
333_P374_M1.1590.83
385_F389_M1.1570.83
252_V256_A1.1570.83
107_V225_L1.1550.82
79_W157_K1.1510.82
8_T12_T1.1480.82
468_L487_F1.1470.82
166_D480_Q1.1470.82
284_K303_T1.1440.82
417_A421_A1.1430.81
347_Q351_L1.1410.81
51_N56_L1.1410.81
39_A189_S1.1370.81
137_L141_F1.1330.81
72_N499_S1.1320.81
145_S335_T1.1290.80
337_W340_V1.1290.80
52_L56_L1.1290.80
85_G154_G1.1280.80
57_T346_K1.1270.80
11_G19_P1.1250.80
424_V528_D1.1240.80
418_I452_Q1.1150.79
272_Y289_H1.1150.79
206_E363_A1.1130.79
422_V444_M1.1110.79
153_A157_K1.1110.79
69_R73_N1.1110.79
40_F44_A1.1090.79
131_C134_A1.1080.79
13_V18_R1.1060.78
44_A48_I1.1020.78
247_K251_Q1.1010.78
157_K190_S1.1000.78
8_T19_P1.0980.78
164_G167_Q1.0980.78
259_N308_P1.0950.77
22_A172_S1.0930.77
230_I548_A1.0920.77
218_T222_L1.0920.77
53_V57_T1.0920.77
54_N363_A1.0920.77
174_E391_K1.0910.77
161_S190_S1.0910.77
362_P365_S1.0880.77
13_V22_A1.0870.77
210_W214_Y1.0860.77
38_E374_M1.0860.77
114_T215_G1.0850.77
230_I233_P1.0850.77
18_R23_S1.0830.76
464_A467_L1.0830.76
12_T21_L1.0820.76
45_F157_K1.0770.76
209_G212_L1.0750.76
30_A33_F1.0740.76
38_E46_Y1.0730.75
353_R363_A1.0730.75
13_V19_P1.0710.75
200_G384_S1.0710.75
74_W344_F1.0710.75
500_F504_M1.0690.75
38_E217_P1.0670.75
79_W191_F1.0660.75
390_R393_T1.0640.75
38_E45_F1.0630.74
405_L463_N1.0620.74
100_T225_L1.0620.74
459_G538_S1.0610.74
211_G215_G1.0610.74
312_T316_V1.0590.74
450_L454_S1.0560.74
161_S186_W1.0550.74
46_Y157_K1.0550.74
460_D464_A1.0540.74
186_W460_D1.0530.73
62_E70_N1.0530.73
85_G159_N1.0520.73
480_Q485_T1.0480.73
15_L25_T1.0480.73
437_S521_N1.0440.73
334_S468_L1.0420.72
283_G303_T1.0410.72
88_I98_T1.0400.72
17_G22_A1.0390.72
333_P336_L1.0370.72
265_P301_I1.0350.72
187_M367_G1.0340.72
545_F549_A1.0340.72
33_F231_G1.0340.72
212_L215_G1.0320.71
173_I430_I1.0290.71
79_W488_T1.0280.71
50_S102_S1.0250.71
353_R446_I1.0240.70
107_V218_T1.0230.70
10_D22_A1.0220.70
81_T553_V1.0200.70
129_G132_N1.0180.70
46_Y191_F1.0180.70
391_K511_K1.0150.70
549_A554_Y1.0150.70
373_S454_S1.0150.70
505_I533_F1.0140.69
536_V540_V1.0130.69
411_I458_I1.0130.69
130_V134_A1.0120.69
337_W374_M1.0110.69
186_W224_S1.0110.69
427_M528_D1.0060.69
8_T20_V1.0060.69
435_I442_V1.0050.68
52_L183_F1.0040.68
212_L217_P1.0040.68
47_G201_L1.0030.68
377_S405_L1.0020.68
404_R421_A1.0010.68
543_G547_W1.0010.68
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: (08Feb14)
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  
2xutA30.74271000.699Contact Map
4lepA20.7651000.736Contact Map
4ikvA10.80451000.751Contact Map
4apsA20.72211000.758Contact Map
4j05A20.67921000.786Contact Map
1pw4A10.7291000.796Contact Map
4gc0A10.758199.90.805Contact Map
4ldsA20.718799.90.812Contact Map
4jr9A10.648499.90.822Contact Map
4m64A40.72999.90.822Contact 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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