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OPENSEQ.org

FLIL - FLIR
UniProt: P0ABX8 - P33135
Length: 415
Sequences: 285
Seq/Len: 0.70
I_Prob: 0.00

FLIL - Flagellar protein FliL
Paralog alert: 0.01 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: FLIL
FLIR - Flagellar biosynthetic protein FliR
Paralog alert: 0.33 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: FLIR
GREMLIN Results (Scaled_score > 1):

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

Residue pairs sorted by strength in coevolution signal:
i j Scaled Score I_Prob
39_Q 183_G 1.48 0.00
148_Y 153_T 1.34 0.00
113_L 126_A 1.32 0.00
97_V 23_V 1.32 0.00
74_Y 212_S 1.32 0.00
153_L 96_R 1.32 0.00
80_R 211_L 1.31 0.00
18_I 213_I 1.29 0.00
118_G 198_N 1.27 0.00
98_R 92_F 1.25 0.00
84_E 43_K 1.24 0.00
25_A 172_L 1.20 0.00
95_P 110_F 1.20 0.00
12_R 156_T 1.20 0.00
124_A 50_I 1.18 0.00
9_K 44_L 1.18 0.00
45_K 75_V 1.18 0.00
74_Y 205_N 1.17 0.00
75_I 159_I 1.17 0.00
9_K 54_I 1.15 0.00
148_Y 119_H 1.15 0.00
9_K 39_P 1.14 0.00
143_V 133_A 1.14 0.00
103_L 92_F 1.14 0.00
64_V 189_P 1.13 0.00
44_D 224_V 1.12 0.00
115_T 122_M 1.12 0.00
66_L 127_R 1.11 0.00
76_G 104_L 1.10 0.00
31_G 249_N 1.10 0.00
115_T 86_F 1.09 0.00
111_A 213_I 1.09 0.00
146_V 80_I 1.07 0.00
56_F 129_M 1.06 0.00
78_T 30_A 1.05 0.00
24_L 135_L 1.05 0.00
149_T 211_L 1.05 0.00
124_A 139_T 1.03 0.00
145_D 204_L 1.03 0.00
81_L 120_L 1.03 0.00
31_G 50_I 1.02 0.00
11_K 132_L 1.02 0.00
150_A 121_N 1.01 0.00
118_G 108_L 1.01 0.00
143_V 73_L 1.01 0.00
76_G 205_N 1.01 0.00
88_S 58_L 1.00 0.00
95_P 198_N 1.00 0.00
97_V 220_L 1.00 0.00
75_I 16_Y 0.99 0.00
32_Y 36_R 0.99 0.00
147_L 186_L 0.99 0.00
146_V 108_L 0.99 0.00
50_V 184_L 0.99 0.00
147_L 117_A 0.99 0.00
147_L 105_Q 0.98 0.00
59_L 92_F 0.98 0.00
74_Y 208_A 0.98 0.00
95_P 195_L 0.98 0.00
7_S 206_R 0.98 0.00
150_A 76_Q 0.98 0.00
121_N 9_W 0.98 0.00
49_R 52_F 0.97 0.00
30_A 247_I 0.97 0.00
98_R 189_P 0.97 0.00
147_L 222_L 0.97 0.00
143_V 166_S 0.96 0.00
96_E 204_L 0.96 0.00
68_D 125_L 0.96 0.00
61_T 34_S 0.96 0.00
76_G 127_R 0.96 0.00
56_F 110_F 0.96 0.00
119_K 125_L 0.96 0.00
19_L 134_L 0.96 0.00
64_V 31_P 0.95 0.00
101_L 169_F 0.95 0.00
15_W 13_L 0.95 0.00
16_I 128_I 0.95 0.00
102_L 18_W 0.95 0.00
151_F 103_G 0.94 0.00
106_S 176_G 0.94 0.00
56_F 134_L 0.94 0.00
126_I 201_L 0.94 0.00
125_E 222_L 0.94 0.00
128_T 141_N 0.94 0.00
112_V 206_R 0.93 0.00
110_A 122_M 0.93 0.00
79_L 136_L 0.93 0.00
123_I 204_L 0.93 0.00
122_L 110_F 0.93 0.00
94_L 185_M 0.93 0.00
19_L 206_R 0.93 0.00
108_Q 28_S 0.92 0.00
28_A 29_T 0.92 0.00
73_L 204_L 0.92 0.00
152_I 193_L 0.92 0.00
81_L 89_Q 0.92 0.00
32_Y 224_V 0.92 0.00
152_I 228_L 0.91 0.00
90_L 150_L 0.91 0.00
36_H 93_A 0.91 0.00
105_F 129_M 0.91 0.00
74_Y 197_L 0.91 0.00
55_V 201_L 0.91 0.00
11_K 45_G 0.91 0.00
149_T 141_N 0.90 0.00
99_S 77_Q 0.90 0.00
119_K 176_G 0.90 0.00
108_Q 212_S 0.90 0.00
100_R 88_M 0.90 0.00
88_S 86_F 0.90 0.00
95_P 108_L 0.89 0.00
42_A 231_A 0.89 0.00
28_A 47_A 0.89 0.00
77_I 39_P 0.89 0.00
105_F 229_M 0.89 0.00
63_T 129_M 0.89 0.00
93_Y 199_L 0.89 0.00
77_I 167_N 0.89 0.00
46_A 78_I 0.89 0.00
74_Y 201_L 0.88 0.00
97_V 228_L 0.88 0.00
81_L 14_N 0.88 0.00
21_F 213_I 0.88 0.00
57_Y 101_I 0.88 0.00
62_F 211_L 0.88 0.00
99_S 19_P 0.88 0.00
71_R 183_G 0.88 0.00
26_A 87_T 0.88 0.00
113_L 7_E 0.88 0.00
64_V 151_V 0.87 0.00
39_Q 25_A 0.87 0.00
72_V 189_P 0.87 0.00
104_L 103_G 0.87 0.00
59_L 67_S 0.87 0.00
90_L 235_L 0.87 0.00
21_F 140_F 0.87 0.00
109_D 190_L 0.87 0.00
22_I 249_N 0.86 0.00
75_I 42_V 0.86 0.00
56_F 201_L 0.86 0.00
59_L 58_L 0.86 0.00
93_Y 109_S 0.86 0.00
9_K 222_L 0.86 0.00
102_L 195_L 0.85 0.00
62_F 105_Q 0.85 0.00
100_R 42_V 0.85 0.00
77_I 236_I 0.85 0.00
143_V 113_F 0.85 0.00
99_S 18_W 0.84 0.00
31_G 13_L 0.84 0.00
47_Q 38_V 0.84 0.00
111_A 249_N 0.84 0.00
15_W 192_T 0.84 0.00
124_A 248_F 0.84 0.00
126_I 223_T 0.84 0.00
66_L 204_L 0.84 0.00
31_G 27_I 0.84 0.00
18_I 72_W 0.84 0.00
99_S 194_L 0.84 0.00
83_D 49_M 0.84 0.00
8_K 94_A 0.83 0.00
53_S 151_V 0.83 0.00
35_W 27_I 0.83 0.00
64_V 94_A 0.83 0.00
130_L 172_L 0.83 0.00
119_K 135_L 0.83 0.00
30_A 52_F 0.83 0.00
40_V 23_V 0.83 0.00
120_K 7_E 0.83 0.00
71_R 197_L 0.83 0.00
58_A 82_I 0.83 0.00
119_K 108_L 0.83 0.00
133_P 113_F 0.83 0.00
97_V 95_V 0.82 0.00
47_Q 220_L 0.82 0.00
147_L 159_I 0.82 0.00
31_G 52_F 0.82 0.00
115_T 161_G 0.82 0.00
23_T 187_A 0.82 0.00
36_H 68_F 0.82 0.00
113_L 159_I 0.82 0.00
79_L 26_L 0.82 0.00
61_T 246_E 0.82 0.00
94_L 106_M 0.82 0.00
39_Q 179_I 0.82 0.00
112_V 29_T 0.81 0.00
73_L 31_P 0.81 0.00
74_Y 127_R 0.81 0.00
70_D 191_I 0.81 0.00
9_K 128_I 0.81 0.00
38_H 147_I 0.81 0.00
112_V 32_I 0.81 0.00
147_L 110_F 0.81 0.00
80_R 109_S 0.81 0.00
60_D 92_F 0.81 0.00
32_Y 83_A 0.81 0.00
145_D 87_T 0.81 0.00
46_A 134_L 0.81 0.00
17_P 83_A 0.81 0.00
Legend: The i (protein A) and j (protein B) are positions as given in the UniProt sequences. The value of the raw score is the function of the learning procedure, L2 normalization and APC (entropic) correction.

Scaled Score = raw_score/average(raw_scores)
I_Prob = P(contact | scaled_score, seq/len, top_inter_score)

Text file of predictions
(includes both intra and inter preds)

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