Q980F5 - SULSO - GREMLIN Contacts

Home
GREMLIN
- Submit - Monomer
- Submit - Complex
Contacts
Metagenomics
- Contacts
- Structures
Structures
- List
Old Projects
- Complexes (2014)
- PFAM (2013)

Q980F5 - Phosphate regulatory protein, putative

UniProt:	Q980F5	Sequences: MEVRRVQKFGKSTLMVSLPAEWVKEVSLSPGESVYLEVDEDGSLKVYPPNLKAESKVKEMKISIQNDSVQGELVSRVIYSLYILGYDRIDIESKSGIFTEDILRKVKDTIRNLIGLEIVSQTTDTIQIQSFLDPTKYTMNNLINRLSNSIKQMLHYLDLGIKESSRTFLQEVIELEREVDRLYYLALRQLLLAQMNRSLAYMIGVKRIQIVGNRILIKAIEEAADEISEIALDLLSLHPSDLEEMKRLWNKINMYIEQTSSVIDHAVKVLAKEDTILINEVMEELRTLRRVLITEAIISEEMLKEVKSPSLIAVLRALNLRLYNAIRRMEPITEIAFNRSIENQKEIIITG	Download Alignment We filter this alignment to remove sites that have many gaps before running GREMLIN. Date: 2015_01
Length:	351 (318)
Sequences:	331 (254)
Seq/√Len:	14.3

HALSA - Q9HRB9 Q9HS09
SULSO - Q980F5 Q7LXS0 Q97VK4 Q97ZI3

GREMLIN Results:

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

Residue pairs sorted by coevolution strength:

i	j	Sco	Prob
156_Y	175_L	4.197	1.00
13_T	17_S	4.154	1.00
222_E	226_E	4.090	1.00
34_V	46_V	3.921	1.00
6_V	28_L	3.873	1.00
153_M	176_E	3.864	1.00
221_E	225_D	3.629	0.99
176_E	221_E	3.299	0.99
154_L	325_A	3.041	0.98
153_M	221_E	2.934	0.97
180_D	225_D	2.733	0.96
19_P	22_W	2.620	0.94
178_E	181_R	2.568	0.94
328_R	334_E	2.559	0.94
157_L	227_I	2.520	0.93
180_D	221_E	2.491	0.93
146_L	179_V	2.446	0.92
221_E	334_E	2.399	0.91
176_E	225_D	2.324	0.90
8_K	11_K	2.280	0.89
7_Q	13_T	2.279	0.89
23_V	28_L	2.267	0.88
225_D	334_E	2.131	0.85
104_R	145_R	2.126	0.85
134_P	185_L	2.067	0.83
9_F	12_S	2.009	0.81
10_G	76_R	2.000	0.81
2_E	5_R	1.982	0.80
158_D	167_T	1.966	0.80
222_E	328_R	1.957	0.80
216_L	270_L	1.955	0.80
4_R	19_P	1.947	0.79
226_E	334_E	1.934	0.79
11_K	14_L	1.929	0.79
7_Q	17_S	1.908	0.78
27_S	126_I	1.904	0.78
153_M	225_D	1.900	0.77
321_R	328_R	1.898	0.77
160_G	169_L	1.813	0.74
220_I	280_E	1.808	0.74
91_I	118_I	1.804	0.74
324_N	331_P	1.798	0.73
36_L	44_L	1.790	0.73
185_L	189_Q	1.779	0.73
29_S	32_E	1.773	0.72
4_R	22_W	1.751	0.71
13_T	23_V	1.745	0.71
169_L	172_V	1.734	0.71
45_K	91_I	1.692	0.69
109_T	113_L	1.681	0.68
176_E	180_D	1.664	0.67
10_G	22_W	1.660	0.67
141_N	145_R	1.654	0.67
322_L	326_I	1.644	0.66
156_Y	222_E	1.638	0.66
27_S	274_D	1.625	0.65
222_E	334_E	1.621	0.65
110_I	128_I	1.620	0.65
176_E	324_N	1.608	0.64
4_R	7_Q	1.580	0.63
132_L	218_K	1.567	0.62
13_T	43_S	1.563	0.62
9_F	328_R	1.552	0.62
156_Y	168_F	1.549	0.61
193_A	203_I	1.545	0.61
12_S	212_G	1.539	0.61
157_L	169_L	1.518	0.60
13_T	129_Q	1.510	0.59
91_I	216_L	1.486	0.58
113_L	214_R	1.427	0.55
79_Y	189_Q	1.425	0.55
334_E	338_N	1.415	0.54
10_G	225_D	1.407	0.54
5_R	12_S	1.399	0.53
176_E	222_E	1.397	0.53
200_A	203_I	1.393	0.53
10_G	20_A	1.390	0.53
9_F	222_E	1.371	0.52
9_F	15_M	1.365	0.52
18_L	43_S	1.362	0.51
185_L	200_A	1.347	0.51
204_G	207_R	1.342	0.50
146_L	224_A	1.341	0.50
226_E	328_R	1.339	0.50
180_D	331_P	1.333	0.50
190_L	331_P	1.330	0.50
139_M	196_N	1.324	0.49
14_L	194_Q	1.320	0.49
9_F	14_L	1.318	0.49
4_R	10_G	1.315	0.49
158_D	256_I	1.305	0.48
29_S	34_V	1.303	0.48
136_K	181_R	1.287	0.47
274_D	293_I	1.284	0.47
9_F	121_Q	1.280	0.47
255_Y	319_N	1.274	0.47
180_D	226_E	1.270	0.46
153_M	180_D	1.270	0.46
10_G	31_G	1.263	0.46
18_L	125_T	1.258	0.46
18_L	22_W	1.258	0.46
116_L	181_R	1.257	0.46
6_V	153_M	1.255	0.46
298_I	319_N	1.245	0.45
191_L	212_G	1.234	0.44
263_I	329_M	1.226	0.44
20_A	278_I	1.193	0.42
4_R	13_T	1.192	0.42
229_E	320_L	1.178	0.41
133_D	136_K	1.175	0.41
14_L	21_E	1.168	0.41
216_L	265_H	1.167	0.41
221_E	328_R	1.160	0.41
10_G	19_P	1.158	0.40
107_K	111_R	1.157	0.40
226_E	324_N	1.155	0.40
103_L	156_Y	1.154	0.40
171_E	175_L	1.152	0.40
180_D	324_N	1.140	0.39
320_L	327_R	1.136	0.39
99_T	294_T	1.134	0.39
223_A	325_A	1.128	0.39
93_S	264_D	1.127	0.39
321_R	337_F	1.125	0.39
277_L	293_I	1.125	0.39
9_F	20_A	1.114	0.38
32_E	338_N	1.110	0.38
4_R	16_V	1.100	0.37
131_F	137_Y	1.095	0.37
64_I	294_T	1.095	0.37
205_V	213_N	1.093	0.37
177_R	230_I	1.090	0.37
111_R	181_R	1.088	0.37
139_M	298_I	1.088	0.37
153_M	224_A	1.086	0.37
10_G	221_E	1.085	0.37
177_R	181_R	1.085	0.37
287_T	291_V	1.074	0.36
289_R	293_I	1.073	0.36
265_H	284_E	1.073	0.36
336_A	340_S	1.070	0.36
134_P	199_L	1.069	0.36
250_N	281_V	1.068	0.36
7_Q	19_P	1.067	0.36
11_K	15_M	1.049	0.35
211_V	271_A	1.044	0.35
15_M	234_L	1.042	0.34
211_V	214_R	1.034	0.34
78_I	109_T	1.029	0.34
250_N	257_E	1.027	0.34
90_D	188_R	1.021	0.33
87_D	316_R	1.021	0.33
324_N	328_R	1.019	0.33
178_E	251_K	1.015	0.33
173_I	176_E	1.012	0.33
224_A	266_A	1.010	0.33
15_M	222_E	0.999	0.32
239_P	247_R	0.990	0.32
74_V	182_L	0.990	0.32
44_L	176_E	0.988	0.32
91_I	273_E	0.985	0.32
156_Y	226_E	0.981	0.32
145_R	148_N	0.981	0.32
59_E	88_R	0.976	0.31
32_E	149_S	0.970	0.31
155_H	178_E	0.966	0.31
26_V	132_L	0.964	0.31
44_L	330_E	0.964	0.31
136_K	230_I	0.963	0.31
218_K	267_V	0.962	0.31
43_S	262_V	0.957	0.30
323_Y	327_R	0.957	0.30
46_V	69_V	0.957	0.30
12_S	70_Q	0.955	0.30
13_T	336_A	0.955	0.30
13_T	19_P	0.953	0.30
130_S	187_L	0.953	0.30
250_N	300_E	0.950	0.30
110_I	118_I	0.948	0.30
78_I	317_A	0.944	0.30
222_E	324_N	0.932	0.29
235_L	300_E	0.932	0.29
176_E	334_E	0.931	0.29
247_R	259_T	0.930	0.29
31_G	113_L	0.924	0.29
176_E	331_P	0.923	0.29
121_Q	334_E	0.923	0.29
23_V	59_E	0.920	0.29
221_E	224_A	0.916	0.29
14_L	223_A	0.913	0.28
120_S	175_L	0.911	0.28
283_E	288_L	0.907	0.28
135_T	246_K	0.905	0.28
214_R	335_I	0.905	0.28
46_V	257_E	0.904	0.28
318_L	325_A	0.900	0.28
10_G	13_T	0.895	0.28
9_F	270_L	0.894	0.28
332_I	337_F	0.881	0.27
122_T	293_I	0.880	0.27
122_T	153_M	0.880	0.27
150_I	227_I	0.874	0.27
105_K	160_G	0.874	0.27
83_I	184_Y	0.873	0.27
189_Q	193_A	0.872	0.27
62_I	72_E	0.870	0.27
61_K	127_Q	0.868	0.26
130_S	136_K	0.863	0.26
107_K	150_I	0.863	0.26
118_I	129_Q	0.862	0.26
12_S	91_I	0.861	0.26
119_V	214_R	0.852	0.26
63_S	156_Y	0.850	0.26
7_Q	16_V	0.847	0.26
124_D	255_Y	0.845	0.25
6_V	44_L	0.843	0.25
189_Q	192_L	0.841	0.25
263_I	325_A	0.841	0.25
221_E	226_E	0.840	0.25
11_K	128_I	0.830	0.25
59_E	90_D	0.828	0.25
62_I	89_I	0.826	0.25
139_M	143_I	0.825	0.25
246_K	250_N	0.824	0.25
153_M	334_E	0.823	0.25
174_E	196_N	0.822	0.25
278_I	282_M	0.818	0.24
188_R	323_Y	0.817	0.24
180_D	334_E	0.816	0.24
48_P	142_L	0.815	0.24
7_Q	22_W	0.815	0.24
5_R	14_L	0.814	0.24
288_L	315_L	0.813	0.24
178_E	209_Q	0.810	0.24
176_E	226_E	0.808	0.24
161_I	234_L	0.807	0.24
121_Q	175_L	0.804	0.24
3_V	44_L	0.801	0.24
82_Y	115_G	0.800	0.24
126_I	177_R	0.799	0.24
107_K	178_E	0.799	0.24
204_G	322_L	0.799	0.24
46_V	91_I	0.798	0.24
68_S	126_I	0.796	0.23
8_K	13_T	0.795	0.23
189_Q	338_N	0.793	0.23
12_S	153_M	0.793	0.23
20_A	222_E	0.792	0.23
90_D	160_G	0.791	0.23
78_I	144_N	0.789	0.23
131_F	176_E	0.787	0.23
187_L	214_R	0.786	0.23
239_P	311_L	0.784	0.23
91_I	139_M	0.783	0.23
102_I	170_Q	0.782	0.23
12_S	141_N	0.779	0.23
47_Y	80_S	0.777	0.23
107_K	182_L	0.777	0.23
317_A	320_L	0.768	0.22
6_V	26_V	0.767	0.22
78_I	337_F	0.767	0.22
16_V	19_P	0.766	0.22
172_V	234_L	0.763	0.22
146_L	221_E	0.760	0.22
329_M	333_T	0.758	0.22
36_L	138_T	0.757	0.22
12_S	48_P	0.756	0.22
6_V	12_S	0.754	0.22
7_Q	12_S	0.751	0.22
139_M	152_Q	0.749	0.22
168_F	226_E	0.748	0.22
118_I	121_Q	0.747	0.22
30_P	333_T	0.746	0.22
192_L	201_Y	0.745	0.22
13_T	22_W	0.745	0.22
290_R	293_I	0.743	0.21
86_Y	125_T	0.743	0.21
159_L	168_F	0.742	0.21
5_R	167_T	0.740	0.21
7_Q	10_G	0.735	0.21
321_R	334_E	0.735	0.21
219_A	331_P	0.735	0.21
76_R	181_R	0.734	0.21
17_S	22_W	0.734	0.21
110_I	218_K	0.733	0.21
72_E	93_S	0.728	0.21
180_D	222_E	0.727	0.21
112_N	185_L	0.726	0.21
78_I	327_R	0.725	0.21
33_S	167_T	0.725	0.21
192_L	199_L	0.719	0.21
6_V	14_L	0.717	0.21
252_I	299_S	0.716	0.20
109_T	184_Y	0.716	0.20
79_Y	145_R	0.716	0.20
227_I	231_A	0.712	0.20
62_I	262_V	0.711	0.20
226_E	321_R	0.711	0.20
154_L	260_S	0.709	0.20
80_S	180_D	0.706	0.20
117_E	178_E	0.703	0.20
247_R	288_L	0.703	0.20
7_Q	11_K	0.700	0.20
29_S	247_R	0.700	0.20
44_L	125_T	0.698	0.20
176_E	179_V	0.697	0.20
79_Y	338_N	0.696	0.20
121_Q	279_N	0.691	0.20
32_E	331_P	0.690	0.20
9_F	137_Y	0.686	0.19
191_L	331_P	0.685	0.19
36_L	184_Y	0.684	0.19
32_E	76_R	0.683	0.19
114_I	132_L	0.679	0.19
132_L	181_R	0.678	0.19
141_N	330_E	0.677	0.19
17_S	138_T	0.676	0.19
4_R	17_S	0.672	0.19
320_L	328_R	0.672	0.19
46_V	271_A	0.672	0.19
106_V	274_D	0.671	0.19
25_E	259_T	0.670	0.19
12_S	181_R	0.670	0.19
78_I	150_I	0.669	0.19
83_I	109_T	0.668	0.19
8_K	34_V	0.667	0.19
40_E	184_Y	0.666	0.19
269_V	278_I	0.665	0.19
80_S	282_M	0.665	0.19
328_R	338_N	0.661	0.19
126_I	145_R	0.661	0.19
43_S	264_D	0.656	0.18
190_L	211_V	0.656	0.18
298_I	318_L	0.656	0.18
106_V	177_R	0.654	0.18
30_P	219_A	0.652	0.18
81_L	107_K	0.648	0.18
46_V	276_I	0.647	0.18
27_S	227_I	0.646	0.18
6_V	229_E	0.645	0.18
54_E	99_T	0.645	0.18
12_S	47_Y	0.644	0.18
159_L	163_E	0.635	0.18
166_R	235_L	0.633	0.18
101_D	290_R	0.633	0.18
149_S	271_A	0.633	0.18
182_L	225_D	0.631	0.18
44_L	204_G	0.630	0.18
134_P	189_Q	0.629	0.18
82_Y	334_E	0.628	0.18
117_E	180_D	0.626	0.17
153_M	179_V	0.625	0.17
279_N	337_F	0.624	0.17
89_I	252_I	0.624	0.17
93_S	98_F	0.624	0.17
80_S	224_A	0.623	0.17
116_L	282_M	0.622	0.17
153_M	321_R	0.619	0.17
178_E	274_D	0.617	0.17
142_L	186_A	0.616	0.17
104_R	141_N	0.614	0.17
168_F	222_E	0.614	0.17
10_G	180_D	0.613	0.17
137_Y	142_L	0.613	0.17
118_I	267_V	0.611	0.17
247_R	254_M	0.609	0.17
9_F	334_E	0.607	0.17
172_V	224_A	0.604	0.17
172_V	284_E	0.601	0.17
18_L	119_V	0.595	0.17
89_I	130_S	0.595	0.17
226_E	331_P	0.595	0.17
118_I	197_R	0.595	0.17
163_E	298_I	0.594	0.16
14_L	266_A	0.593	0.16
137_Y	179_V	0.593	0.16
212_G	335_I	0.589	0.16
110_I	298_I	0.586	0.16
6_V	13_T	0.585	0.16
113_L	184_Y	0.582	0.16
163_E	269_V	0.581	0.16
34_V	84_L	0.581	0.16
80_S	200_A	0.581	0.16
106_V	271_A	0.581	0.16
13_T	188_R	0.580	0.16
143_I	237_L	0.575	0.16
282_M	285_L	0.575	0.16
54_E	277_L	0.575	0.16
334_E	337_F	0.572	0.16
39_D	81_L	0.571	0.16
80_S	221_E	0.570	0.16
193_A	270_L	0.570	0.16
75_S	275_T	0.570	0.16
220_I	263_I	0.568	0.16
93_S	121_Q	0.568	0.16
118_I	135_T	0.568	0.16
190_L	217_I	0.567	0.16
186_A	217_I	0.566	0.16
222_E	321_R	0.565	0.16
108_D	239_P	0.564	0.16
142_L	202_M	0.564	0.16
54_E	252_I	0.562	0.16
20_A	131_F	0.562	0.16
181_R	209_Q	0.561	0.16
95_S	171_E	0.561	0.16
162_K	250_N	0.558	0.15
88_R	129_Q	0.558	0.15
43_S	119_V	0.557	0.15
182_L	331_P	0.557	0.15
12_S	76_R	0.557	0.15
52_K	91_I	0.554	0.15
143_I	229_E	0.553	0.15
131_F	136_K	0.552	0.15
175_L	222_E	0.551	0.15
31_G	76_R	0.551	0.15
315_L	318_L	0.548	0.15
229_E	331_P	0.545	0.15
288_L	300_E	0.544	0.15
123_T	129_Q	0.544	0.15
179_V	331_P	0.543	0.15
64_I	250_N	0.543	0.15
94_K	290_R	0.542	0.15
10_G	16_V	0.542	0.15
167_T	320_L	0.541	0.15
131_F	185_L	0.539	0.15
9_F	138_T	0.539	0.15
23_V	83_I	0.539	0.15
18_L	338_N	0.536	0.15
146_L	185_L	0.534	0.15
113_L	146_L	0.534	0.15
43_S	91_I	0.533	0.15
321_R	331_P	0.532	0.15
131_F	169_L	0.532	0.15
298_I	308_S	0.532	0.15
190_L	218_K	0.531	0.15
17_S	207_R	0.530	0.15
146_L	229_E	0.530	0.15
155_H	223_A	0.530	0.15
64_I	167_T	0.529	0.15
113_L	129_Q	0.529	0.15
94_K	232_L	0.528	0.15
319_N	326_I	0.527	0.15
8_K	25_E	0.527	0.15
114_I	337_F	0.526	0.15
16_V	22_W	0.526	0.15
13_T	130_S	0.524	0.14
248_L	293_I	0.523	0.14
179_V	267_V	0.523	0.14
191_L	269_V	0.523	0.14
141_N	208_I	0.523	0.14
320_L	334_E	0.521	0.14
3_V	336_A	0.519	0.14
108_D	280_E	0.519	0.14
76_R	128_I	0.519	0.14
59_E	249_W	0.518	0.14
63_S	173_I	0.518	0.14
131_F	149_S	0.518	0.14
310_S	314_V	0.517	0.14
208_I	327_R	0.515	0.14
6_V	182_L	0.514	0.14
113_L	138_T	0.514	0.14
130_S	178_E	0.511	0.14
38_V	190_L	0.510	0.14
163_E	257_E	0.508	0.14
246_K	327_R	0.508	0.14
141_N	148_N	0.508	0.14
135_T	143_I	0.507	0.14
16_V	248_L	0.506	0.14
114_I	184_Y	0.505	0.14
158_D	253_N	0.505	0.14
177_R	180_D	0.505	0.14
109_T	292_L	0.503	0.14
7_Q	14_L	0.503	0.14
236_S	314_V	0.503	0.14
162_K	279_N	0.502	0.14
92_E	181_R	0.501	0.14
14_L	20_A	0.500	0.14

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
1sumB	2	0.6182	99.9	0.749	Contact Map
1xwmA	2	0.6011	99.9	0.753	Contact Map
2i0mA	2	0.5869	99.9	0.755	Contact Map
1t72A	5	0.6097	99.9	0.761	Contact Map
4q25A	2	0.5983	99.9	0.766	Contact Map
2oltA	5	0.5584	99.7	0.806	Contact Map
3l39A	3	0.5755	98.8	0.88	Contact Map
2mrnA	2	0.1425	98.6	0.888	Contact Map
3o27A	2	0.1481	98.1	0.903	Contact Map
1mvfD	1	0.1254	98	0.905	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.

Page generated in 0.0101 seconds.