NORV - ECOLI - GREMLIN Contacts

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NORV - Anaerobic nitric oxide reductase flavorubredoxin

UniProt:	Q46877	Sequences: MSIVVKNNIHWVGQRDWEVRDFHGTEYKTLRGSSYNSYLIREEKNVLIDTVDHKFSREFVQNLRNEIDLADIDYIVINHAEEDHAGALTELMAQIPDTPIYCTANAIDSINGHHHHPEWNFNVVKTGDTLDIGNGKQLIFVETPMLHWPDSMMTYLTGDAVLFSNDAFGQHYCDEHLFNDEVDQTELFEQCQRYYANILTPFSRLVTPKITEILGFNLPVDMIATSHGVVWRDNPTQIVELYLKWAADYQEDRITIFYDTMSNNTRMMADAIAQGIAETDPRVAVKIFNVARSDKNEILTNVFRSKGVLVGTSTMNNVMMPKIAGLVEEMTGLRFRNKRASAFGSHGWSGGAVDRLSTRLQDAGFEMSLSLKAKWRPDQDALKLCREHGREIARQWALAPLPQSTVNTVVKEETSATTTADLGPRMQCSVCQWIYDPAKGEPMQDVAPGTPWSEVPDNFLCPECSLGKDVFEELASEAK	Download Alignment We filter this alignment to remove sites that have many gaps before running GREMLIN. Date: 2015_01
EcoGene:	EG12963
Length:	479 (387)
Sequences:	1748 (1219)
Seq/√Len:	62.0

ECOLI - NORV

GREMLIN Results:

Legend: The darker and larger the blue dots, the higher coevolution strength.

Residue pairs sorted by coevolution strength:

i	j	Sco	Prob
46_V	132_I	4.542	1.00
4_V	7_N	4.450	1.00
139_I	157_T	3.718	1.00
75_I	88_L	3.586	1.00
160_A	219_P	3.273	1.00
64_R	94_Q	3.203	1.00
99_P	122_N	3.187	1.00
155_Y	160_A	3.137	1.00
143_T	153_M	3.095	1.00
160_A	221_D	3.082	1.00
180_D	232_R	3.032	1.00
78_N	154_T	2.991	1.00
75_I	98_T	2.881	1.00
138_L	154_T	2.804	1.00
131_D	137_Q	2.804	1.00
207_T	246_A	2.701	1.00
279_T	390_R	2.698	1.00
44_K	73_D	2.611	1.00
6_K	221_D	2.599	1.00
311_G	343_F	2.593	1.00
268_M	385_C	2.572	1.00
102_C	106_A	2.518	1.00
103_T	106_A	2.501	1.00
243_L	247_A	2.487	1.00
129_T	137_Q	2.485	1.00
9_I	161_V	2.480	1.00
275_G	389_G	2.307	1.00
45_N	72_I	2.288	1.00
288_F	301_N	2.269	1.00
103_T	152_M	2.250	1.00
255_T	305_S	2.171	1.00
266_R	270_D	2.120	1.00
12_V	63_L	2.084	1.00
309_L	392_I	2.041	1.00
381_A	384_L	1.989	1.00
129_T	157_T	1.959	1.00
136_K	159_D	1.941	1.00
156_L	159_D	1.928	1.00
40_I	48_I	1.903	1.00
290_V	298_I	1.902	1.00
178_F	232_R	1.901	1.00
275_G	386_R	1.889	1.00
101_Y	122_N	1.887	1.00
358_T	361_Q	1.876	1.00
105_N	108_D	1.855	1.00
378_D	381_A	1.844	1.00
40_I	138_L	1.838	1.00
102_C	107_I	1.837	1.00
191_C	238_I	1.783	1.00
214_L	243_L	1.774	1.00
358_T	362_D	1.767	0.99
253_R	305_S	1.733	0.99
46_V	76_V	1.710	0.99
9_I	40_I	1.710	0.99
240_E	244_K	1.706	0.99
48_I	78_N	1.690	0.99
278_E	386_R	1.689	0.99
254_I	276_I	1.687	0.99
383_K	386_R	1.671	0.99
251_E	284_A	1.669	0.99
207_T	243_L	1.659	0.99
101_Y	130_L	1.650	0.99
90_E	93_A	1.649	0.99
310_V	323_I	1.635	0.99
256_I	273_A	1.631	0.99
339_R	366_E	1.627	0.99
153_M	209_K	1.621	0.99
99_P	120_N	1.621	0.99
74_Y	101_Y	1.606	0.99
9_I	156_L	1.602	0.99
134_N	158_G	1.593	0.99
389_G	393_A	1.569	0.99
12_V	47_L	1.565	0.99
371_L	388_H	1.565	0.99
14_Q	55_F	1.565	0.99
391_E	394_R	1.563	0.99
111_N	117_P	1.559	0.99
19_V	29_T	1.542	0.99
39_L	47_L	1.536	0.99
103_T	142_E	1.535	0.99
357_S	370_S	1.525	0.98
161_V	222_M	1.519	0.98
129_T	139_I	1.518	0.98
208_P	211_T	1.515	0.98
92_M	98_T	1.512	0.98
236_T	240_E	1.511	0.98
286_K	301_N	1.509	0.98
290_V	323_I	1.507	0.98
384_L	387_E	1.495	0.98
214_L	217_N	1.486	0.98
42_E	134_N	1.486	0.98
153_M	167_A	1.484	0.98
91_L	98_T	1.477	0.98
165_N	226_S	1.476	0.98
48_I	163_F	1.463	0.98
307_G	392_I	1.455	0.98
42_E	131_D	1.452	0.98
151_S	165_N	1.446	0.98
104_A	125_K	1.438	0.98
47_L	91_L	1.433	0.98
211_T	214_L	1.427	0.98
126_T	212_E	1.418	0.98
269_A	343_F	1.416	0.98
383_K	387_E	1.393	0.97
137_Q	158_G	1.375	0.97
276_I	309_L	1.363	0.97
211_T	243_L	1.343	0.97
125_K	128_D	1.340	0.97
69_L	95_I	1.338	0.96
137_Q	157_T	1.337	0.96
90_E	94_Q	1.335	0.96
319_M	355_R	1.335	0.96
92_M	100_I	1.335	0.96
40_I	132_I	1.333	0.96
107_I	121_F	1.332	0.96
179_N	233_D	1.332	0.96
43_E	134_N	1.324	0.96
377_P	381_A	1.320	0.96
10_H	41_R	1.314	0.96
39_L	63_L	1.308	0.96
71_D	97_D	1.301	0.96
156_L	163_F	1.292	0.96
8_N	41_R	1.287	0.96
234_N	237_Q	1.286	0.96
8_N	134_N	1.284	0.96
353_V	370_S	1.280	0.95
57_R	90_E	1.260	0.95
45_N	73_D	1.256	0.95
252_D	306_K	1.252	0.95
276_I	389_G	1.245	0.95
352_A	355_R	1.243	0.95
299_L	330_M	1.239	0.95
40_I	46_V	1.228	0.94
41_R	70_A	1.227	0.94
207_T	247_A	1.226	0.94
115_H	378_D	1.226	0.94
387_E	391_E	1.222	0.94
20_R	292_R	1.210	0.94
48_I	138_L	1.207	0.94
15_R	173_C	1.205	0.94
273_A	277_A	1.202	0.94
241_L	244_K	1.198	0.94
387_E	390_R	1.189	0.93
293_S	298_I	1.186	0.93
46_V	131_D	1.186	0.93
47_L	72_I	1.181	0.93
327_V	356_L	1.181	0.93
264_N	345_S	1.179	0.93
57_R	61_Q	1.179	0.93
261_M	313_S	1.176	0.93
342_A	356_L	1.175	0.93
60_V	94_Q	1.175	0.93
46_V	101_Y	1.172	0.93
48_I	76_V	1.170	0.93
251_E	304_R	1.169	0.93
107_I	111_N	1.157	0.92
142_E	152_M	1.156	0.92
126_T	142_E	1.153	0.92
243_L	246_A	1.147	0.92
132_I	138_L	1.144	0.92
195_Y	203_S	1.142	0.92
41_R	71_D	1.138	0.92
179_N	237_Q	1.134	0.92
272_I	389_G	1.125	0.91
136_K	158_G	1.125	0.91
156_L	161_V	1.122	0.91
275_G	279_T	1.120	0.91
279_T	394_R	1.118	0.91
136_K	156_L	1.117	0.91
279_T	389_G	1.114	0.91
210_I	239_V	1.112	0.91
380_D	384_L	1.108	0.91
244_K	249_Y	1.101	0.90
107_I	123_V	1.100	0.90
131_D	134_N	1.092	0.90
272_I	385_C	1.090	0.90
5_V	222_M	1.088	0.90
108_D	374_K	1.085	0.90
377_P	382_L	1.076	0.89
256_I	309_L	1.068	0.89
78_N	152_M	1.065	0.89
213_I	218_L	1.065	0.89
195_Y	206_V	1.064	0.89
331_T	362_D	1.063	0.89
41_R	45_N	1.062	0.89
6_K	159_D	1.059	0.88
385_C	389_G	1.051	0.88
141_V	213_I	1.046	0.88
275_G	278_E	1.043	0.88
354_D	358_T	1.042	0.88
271_A	274_Q	1.040	0.88
250_Q	338_K	1.037	0.87
271_A	275_G	1.037	0.87
253_R	304_R	1.036	0.87
31_R	190_Q	1.034	0.87
275_G	393_A	1.030	0.87
340_A	360_L	1.029	0.87
279_T	393_A	1.026	0.87
155_Y	219_P	1.024	0.87
314_T	351_G	1.014	0.86
95_I	98_T	1.013	0.86
231_W	238_I	1.007	0.86
9_I	163_F	1.000	0.85
39_L	66_E	0.992	0.85
106_A	142_E	0.991	0.85
312_T	356_L	0.974	0.84
56_S	87_A	0.972	0.84
351_G	372_K	0.967	0.83
40_I	136_K	0.965	0.83
255_T	302_V	0.965	0.83
69_L	72_I	0.964	0.83
310_V	356_L	0.963	0.83
357_S	361_Q	0.962	0.83
77_I	100_I	0.958	0.83
124_V	128_D	0.953	0.83
279_T	397_A	0.945	0.82
8_N	136_K	0.939	0.82
204_R	208_P	0.939	0.82
254_I	307_G	0.939	0.82
342_A	353_V	0.939	0.82
271_A	382_L	0.937	0.81
257_F	290_V	0.937	0.81
63_L	66_E	0.935	0.81
4_V	10_H	0.933	0.81
8_N	159_D	0.930	0.81
189_E	300_T	0.928	0.81
240_E	243_L	0.927	0.81
76_V	130_L	0.923	0.80
309_L	388_H	0.920	0.80
45_N	67_I	0.911	0.80
76_V	154_T	0.908	0.79
43_E	131_D	0.906	0.79
255_T	288_F	0.904	0.79
10_H	66_E	0.902	0.79
130_L	138_L	0.901	0.79
272_I	309_L	0.898	0.79
132_I	156_L	0.898	0.79
45_N	70_A	0.894	0.78
368_S	391_E	0.892	0.78
170_Q	229_V	0.890	0.78
80_A	109_S	0.886	0.78
256_I	272_I	0.885	0.78
235_P	238_I	0.877	0.77
324_A	328_E	0.875	0.77
252_D	307_G	0.875	0.77
41_R	66_E	0.873	0.77
309_L	341_S	0.872	0.77
87_A	90_E	0.867	0.76
188_F	237_Q	0.867	0.76
72_I	98_T	0.867	0.76
48_I	156_L	0.866	0.76
310_V	327_V	0.865	0.76
64_R	69_L	0.862	0.76
112_G	375_W	0.859	0.75
295_K	325_G	0.859	0.75
38_Y	230_V	0.858	0.75
278_E	390_R	0.858	0.75
271_A	386_R	0.857	0.75
290_V	326_L	0.855	0.75
339_R	368_S	0.853	0.75
16_D	35_Y	0.852	0.75
379_Q	383_K	0.852	0.75
128_D	131_D	0.849	0.75
237_Q	241_L	0.849	0.75
325_G	329_E	0.845	0.74
80_A	106_A	0.843	0.74
143_T	209_K	0.843	0.74
192_Q	245_W	0.842	0.74
271_A	377_P	0.842	0.74
193_R	297_E	0.838	0.74
269_A	311_G	0.832	0.73
76_V	138_L	0.831	0.73
85_A	114_H	0.830	0.73
146_L	199_L	0.829	0.73
390_R	393_A	0.823	0.72
3_I	177_L	0.822	0.72
37_S	47_L	0.819	0.72
9_I	48_I	0.817	0.72
223_I	239_V	0.816	0.72
67_I	72_I	0.815	0.72
75_I	100_I	0.814	0.71
17_W	173_C	0.813	0.71
308_V	340_A	0.812	0.71
167_A	199_L	0.811	0.71
272_I	311_G	0.804	0.71
42_E	136_K	0.803	0.70
343_F	385_C	0.802	0.70
350_G	372_K	0.801	0.70
37_S	59_F	0.801	0.70
102_C	121_F	0.800	0.70
273_A	285_V	0.797	0.70
302_V	326_L	0.797	0.70
205_L	208_P	0.797	0.70
210_I	235_P	0.794	0.70
321_P	325_G	0.786	0.69
252_D	397_A	0.784	0.69
122_N	128_D	0.784	0.69
113_H	376_R	0.773	0.68
359_R	362_D	0.772	0.67
56_S	90_E	0.771	0.67
44_K	74_Y	0.768	0.67
258_Y	287_I	0.767	0.67
275_G	382_L	0.767	0.67
199_L	206_V	0.766	0.67
275_G	385_C	0.766	0.67
112_G	374_K	0.763	0.66
301_N	305_S	0.761	0.66
98_T	120_N	0.761	0.66
342_A	360_L	0.761	0.66
103_T	123_V	0.761	0.66
155_Y	220_V	0.756	0.66
56_S	60_V	0.753	0.65
60_V	64_R	0.753	0.65
60_V	91_L	0.751	0.65
341_S	371_L	0.750	0.65
9_I	159_D	0.749	0.65
308_V	330_M	0.749	0.65
81_E	147_H	0.748	0.65
314_T	319_M	0.747	0.65
164_S	220_V	0.747	0.65
184_Q	237_Q	0.747	0.65
340_A	365_F	0.739	0.64
214_L	236_T	0.738	0.64
132_I	154_T	0.738	0.64
34_S	173_C	0.737	0.64
188_F	241_L	0.735	0.64
5_V	161_V	0.731	0.63
111_N	121_F	0.731	0.63
234_N	240_E	0.731	0.63
18_E	289_N	0.729	0.63
207_T	211_T	0.725	0.63
122_N	224_A	0.724	0.62
255_T	301_N	0.723	0.62
210_I	243_L	0.722	0.62
27_Y	315_M	0.722	0.62
256_I	269_A	0.719	0.62
355_R	359_R	0.715	0.61
302_V	330_M	0.714	0.61
46_V	73_D	0.714	0.61
270_D	287_I	0.712	0.61
184_Q	234_N	0.711	0.61
180_D	233_D	0.707	0.61
132_I	136_K	0.706	0.60
252_D	283_V	0.705	0.60
6_K	9_I	0.702	0.60
261_M	320_M	0.701	0.60
143_T	165_N	0.699	0.60
113_H	375_W	0.694	0.59
237_Q	240_E	0.691	0.59
371_L	385_C	0.691	0.59
210_I	214_L	0.688	0.58
236_T	239_V	0.688	0.58
58_E	62_N	0.686	0.58
179_N	232_R	0.685	0.58
195_Y	246_A	0.685	0.58
41_R	63_L	0.684	0.58
388_H	392_I	0.683	0.58
341_S	392_I	0.682	0.58
307_G	339_R	0.681	0.58
8_N	156_L	0.678	0.57
171_H	315_M	0.678	0.57
302_V	308_V	0.675	0.57
23_H	259_D	0.674	0.57
34_S	225_T	0.673	0.57
199_L	248_D	0.668	0.56
351_G	354_D	0.664	0.56
331_T	359_R	0.663	0.56
28_K	294_D	0.662	0.56
6_K	222_M	0.660	0.55
316_N	333_L	0.660	0.55
353_V	356_L	0.659	0.55
386_R	390_R	0.659	0.55
209_K	212_E	0.658	0.55
15_R	174_D	0.658	0.55
274_Q	277_A	0.658	0.55
369_L	391_E	0.657	0.55
273_A	287_I	0.656	0.55
81_E	166_D	0.654	0.55
171_H	201_P	0.653	0.55
104_A	123_V	0.650	0.54
366_E	395_Q	0.646	0.54
277_A	285_V	0.643	0.53
33_S	171_H	0.641	0.53
191_C	245_W	0.641	0.53
386_R	389_G	0.640	0.53
101_Y	128_D	0.639	0.53
341_S	388_H	0.638	0.53
179_N	234_N	0.637	0.53
151_S	199_L	0.636	0.53
27_Y	320_M	0.636	0.53
22_F	194_Y	0.635	0.53
64_R	68_D	0.635	0.53
41_R	46_V	0.633	0.52
282_R	285_V	0.632	0.52
5_V	11_W	0.631	0.52
83_D	166_D	0.631	0.52
344_G	350_G	0.630	0.52
72_I	91_L	0.630	0.52
61_Q	64_R	0.629	0.52
77_I	110_I	0.627	0.52
69_L	94_Q	0.627	0.52
26_E	29_T	0.626	0.52
314_T	352_A	0.624	0.51
46_V	138_L	0.623	0.51
147_H	166_D	0.623	0.51
377_P	385_C	0.620	0.51
288_F	293_S	0.618	0.51
197_N	333_L	0.617	0.50
346_H	372_K	0.617	0.50
89_T	110_I	0.615	0.50
83_D	147_H	0.615	0.50
5_V	178_F	0.614	0.50
168_F	223_I	0.614	0.50
352_A	356_L	0.613	0.50
206_V	246_A	0.613	0.50
355_R	358_T	0.611	0.50
48_I	161_V	0.610	0.50
380_D	383_K	0.610	0.50
155_Y	221_D	0.609	0.50
50_T	77_I	0.608	0.49
298_I	326_L	0.607	0.49
100_I	110_I	0.604	0.49
323_I	356_L	0.601	0.49
35_Y	83_D	0.599	0.48
262_S	316_N	0.599	0.48
276_I	279_T	0.599	0.48
263_N	266_R	0.597	0.48
17_W	175_E	0.596	0.48
80_A	113_H	0.595	0.48
251_E	306_K	0.594	0.48
257_F	326_L	0.594	0.48
23_H	27_Y	0.594	0.48
233_D	294_D	0.594	0.48
308_V	378_D	0.594	0.48
7_N	57_R	0.593	0.48
12_V	51_V	0.592	0.48
27_Y	245_W	0.591	0.48
6_K	10_H	0.591	0.48
93_A	116_H	0.591	0.48
312_T	327_V	0.591	0.48
346_H	350_G	0.590	0.47
244_K	247_A	0.589	0.47
49_D	224_A	0.589	0.47
324_A	359_R	0.589	0.47
58_E	61_Q	0.588	0.47
153_M	162_L	0.587	0.47
177_L	230_V	0.586	0.47
272_I	343_F	0.585	0.47
40_I	161_V	0.582	0.46
145_M	151_S	0.582	0.46
62_N	65_N	0.581	0.46
192_Q	304_R	0.579	0.46
190_Q	193_R	0.576	0.46
357_S	367_M	0.575	0.46
196_A	300_T	0.575	0.46
220_V	239_V	0.575	0.46
39_L	72_I	0.574	0.46
349_S	372_K	0.574	0.46
68_D	76_V	0.574	0.46
28_K	193_R	0.572	0.45
13_G	62_N	0.572	0.45
157_T	219_P	0.572	0.45
302_V	340_A	0.571	0.45
393_A	396_W	0.569	0.45
390_R	394_R	0.568	0.45
139_I	218_L	0.568	0.45
109_S	150_D	0.568	0.45
104_A	108_D	0.566	0.45
293_S	297_E	0.565	0.45
351_G	355_R	0.564	0.44
47_L	98_T	0.564	0.44
314_T	392_I	0.564	0.44
50_T	85_A	0.564	0.44
178_F	222_M	0.563	0.44
82_E	113_H	0.563	0.44
8_N	40_I	0.562	0.44
267_M	377_P	0.561	0.44
67_I	95_I	0.561	0.44
59_F	88_L	0.561	0.44
84_H	147_H	0.560	0.44
184_Q	233_D	0.560	0.44
317_N	347_G	0.560	0.44
92_M	120_N	0.559	0.44
383_K	394_R	0.559	0.44
44_K	131_D	0.558	0.44
23_H	201_P	0.557	0.44
65_N	380_D	0.557	0.44
169_G	194_Y	0.557	0.44
308_V	360_L	0.557	0.44
45_N	132_I	0.557	0.44
283_V	389_G	0.555	0.43
310_V	360_L	0.555	0.43
213_I	220_V	0.554	0.43
307_G	389_G	0.553	0.43
23_H	172_Y	0.553	0.43
81_E	84_H	0.550	0.43
46_V	74_Y	0.549	0.43
151_S	226_S	0.549	0.43
141_V	217_N	0.549	0.43
367_M	370_S	0.547	0.43
60_V	93_A	0.547	0.43
74_Y	99_P	0.545	0.42
161_V	310_V	0.545	0.42
203_S	338_K	0.545	0.42
46_V	136_K	0.543	0.42
44_K	133_G	0.543	0.42
171_H	245_W	0.543	0.42
259_D	313_S	0.542	0.42
57_R	236_T	0.541	0.42
213_I	217_N	0.541	0.42
318_V	332_G	0.540	0.42
119_W	150_D	0.540	0.42
97_D	120_N	0.540	0.42
295_K	330_M	0.539	0.42
258_Y	291_A	0.538	0.42
262_S	331_T	0.538	0.42
48_I	226_S	0.538	0.42
344_G	372_K	0.537	0.41
77_I	80_A	0.537	0.41
76_V	161_V	0.536	0.41
122_N	130_L	0.536	0.41
200_T	335_F	0.536	0.41
13_G	16_D	0.536	0.41
210_I	213_I	0.534	0.41
254_I	392_I	0.534	0.41
62_N	221_D	0.534	0.41
145_M	205_L	0.532	0.41
219_P	222_M	0.532	0.41
5_V	78_N	0.532	0.41
191_C	225_T	0.531	0.41
241_L	245_W	0.530	0.41
47_L	76_V	0.528	0.40
254_I	396_W	0.527	0.40
291_A	322_K	0.527	0.40
78_N	151_S	0.526	0.40
4_V	8_N	0.526	0.40
200_T	303_F	0.525	0.40
99_P	119_W	0.524	0.40
295_K	321_P	0.523	0.40
109_S	347_G	0.523	0.40
134_N	137_Q	0.523	0.40
108_D	111_N	0.523	0.40
302_V	310_V	0.523	0.40
250_Q	306_K	0.523	0.40
261_M	333_L	0.522	0.40
68_D	95_I	0.522	0.40
268_M	371_L	0.522	0.40
141_V	157_T	0.522	0.40
14_Q	51_V	0.521	0.40
314_T	348_W	0.520	0.40
50_T	152_M	0.520	0.40
80_A	102_C	0.519	0.39
212_E	263_N	0.518	0.39
89_T	93_A	0.518	0.39
283_V	393_A	0.515	0.39
125_K	330_M	0.515	0.39
290_V	322_K	0.514	0.39
314_T	355_R	0.514	0.39
143_T	151_S	0.513	0.39
81_E	169_G	0.513	0.39
260_T	289_N	0.513	0.39
27_Y	171_H	0.511	0.39
55_F	58_E	0.509	0.38
61_Q	125_K	0.508	0.38
200_T	262_S	0.508	0.38
109_S	113_H	0.507	0.38
268_M	373_A	0.506	0.38
245_W	309_L	0.505	0.38
193_R	303_F	0.505	0.38
23_H	171_H	0.505	0.38
268_M	344_G	0.504	0.38
35_Y	81_E	0.504	0.38
269_A	272_I	0.503	0.38
42_E	46_V	0.503	0.38
357_S	369_L	0.501	0.38
360_L	365_F	0.501	0.38
16_D	223_I	0.501	0.38
268_M	272_I	0.501	0.38
330_M	333_L	0.500	0.37
13_G	51_V	0.500	0.37

Legend: The i and j are positions as given in the UniProt sequence. Only predictions with Prob ≥ 0.7 are listed. For all 3L/2 predictions, click on one of the links below.

Sco = ((raw_sco - min_sco)/(avg_sco - min_sco))/2 + 0.5
Prob = P(contact | Sco, seq80/√len)
seq80 = effective number of sequences, after reducing redundancy to 80% identity

Text file of predictions (all 3L/2 predictions)
Generate restraints for ROSETTA Structure Modeling
Upload PDB model overlay contacts on the model

HHsearch Results:

Legend: GREMLIN results (Prob ≥ 0.7) overlaid on top PDB hits. The grey/red filled circles underneath are pdb residue contacts (min distance < 5 Angstroms). The shade of the circles is based on the top 10 (or top 20 if e-value < 1E-20) HHsearch results which uses the overall probability and per-site alignment prob. Inter oligomeric contacts in the pdb are in shades of red.

PDB	Chains	Cov	%	HHΔ
4d02A	2	0.833	100	0.482	Contact Map
1ycgA	5	0.8225	100	0.574	Contact Map
1e5dA	2	0.8309	100	0.598	Contact Map
2q9uA	3	0.8309	100	0.602	Contact Map
2ohhA	3	0.8142	100	0.614	Contact Map
4dikA	2	0.8017	100	0.63	Contact Map
4fekA	1	0.5219	100	0.767	Contact Map
2vw8A	2	0.5491	100	0.772	Contact Map
4pdxA	2	0.8622	100	0.8	Contact Map
2cfuA	2	0.8727	100	0.808	Contact Map

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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