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OPENSEQ.org
FLGC - FLGI
UniProt: P0ABX2 - P0A6S3
Length: 499
Sequences: 316
Seq/Len: 0.65
I_Prob: 0.00
FLGC - Flagellar basal-body rod protein FlgC
Paralog alert: 0.12 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: FLGC 		FLGI - Flagellar P-ring protein
Paralog alert: 0.13 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: FLGI
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
10_A 123_M 1.40 0.00
17_Q 173_R 1.37 0.00
97_D 144_G 1.36 0.00
14_L 69_L 1.32 0.00
87_A 301_Q 1.31 0.00
103_V 332_V 1.29 0.00
36_G 171_I 1.29 0.00
28_L 350_Q 1.29 0.00
120_N 46_D 1.23 0.00
122_V 187_L 1.22 0.00
117_E 68_Q 1.22 0.00
117_E 140_N 1.17 0.00
120_N 360_A 1.16 0.00
82_N 240_Q 1.16 0.00
41_P 352_M 1.16 0.00
66_D 262_V 1.13 0.00
79_E 257_S 1.12 0.00
82_N 123_M 1.12 0.00
125_M 346_M 1.11 0.00
114_A 177_S 1.10 0.00
86_D 61_T 1.10 0.00
122_V 22_I 1.10 0.00
102_M 235_F 1.10 0.00
86_D 294_D 1.09 0.00
90_Y 61_T 1.09 0.00
38_D 90_T 1.09 0.00
114_A 346_M 1.08 0.00
45_K 55_T 1.08 0.00
107_S 176_P 1.07 0.00
122_V 267_E 1.07 0.00
88_K 229_N 1.06 0.00
40_Q 297_F 1.06 0.00
117_E 46_D 1.06 0.00
122_V 133_V 1.06 0.00
45_K 272_S 1.05 0.00
50_Q 71_I 1.05 0.00
28_L 132_Q 1.05 0.00
12_S 174_E 1.03 0.00
123_K 71_I 1.03 0.00
1_M 31_V 1.03 0.00
134_Q 132_Q 1.03 0.00
111_S 216_L 1.02 0.00
132_L 192_E 1.02 0.00
28_L 224_R 1.02 0.00
82_N 191_D 1.02 0.00
111_S 360_A 1.01 0.00
96_V 94_P 1.01 0.00
17_Q 164_R 1.01 0.00
39_G 90_T 1.00 0.00
8_D 262_V 1.00 0.00
97_D 236_L 0.99 0.00
106_M 353_Q 0.99 0.00
132_L 12_L 0.99 0.00
78_Y 24_D 0.98 0.00
35_T 242_M 0.97 0.00
3_L 37_I 0.97 0.00
132_L 28_V 0.97 0.00
97_D 25_L 0.97 0.00
25_A 344_D 0.97 0.00
112_Y 346_M 0.96 0.00
113_Q 354_S 0.96 0.00
97_D 165_I 0.96 0.00
17_Q 244_V 0.96 0.00
75_K 179_F 0.96 0.00
72_A 167_N 0.95 0.00
126_M 185_L 0.95 0.00
43_R 245_N 0.95 0.00
125_M 249_Q 0.95 0.00
11_G 298_G 0.95 0.00
61_G 112_N 0.95 0.00
21_L 362_L 0.94 0.00
13_A 359_R 0.94 0.00
6_I 361_K 0.94 0.00
35_T 170_V 0.94 0.00
3_L 24_D 0.93 0.00
4_L 22_I 0.93 0.00
48_V 185_L 0.93 0.00
59_T 128_G 0.93 0.00
39_G 335_L 0.92 0.00
120_N 161_N 0.92 0.00
81_G 316_G 0.92 0.00
13_A 157_V 0.92 0.00
56_G 250_D 0.92 0.00
56_G 253_V 0.92 0.00
49_F 339_G 0.92 0.00
52_N 364_I 0.92 0.00
126_M 179_F 0.92 0.00
14_L 290_V 0.91 0.00
100_G 239_I 0.91 0.00
79_E 167_N 0.91 0.00
75_K 276_A 0.91 0.00
38_D 275_V 0.91 0.00
47_V 151_G 0.91 0.00
120_N 50_D 0.91 0.00
8_D 190_N 0.91 0.00
133_G 340_A 0.91 0.00
5_N 340_A 0.91 0.00
13_A 132_Q 0.90 0.00
82_N 347_S 0.90 0.00
72_A 37_I 0.90 0.00
125_M 27_S 0.90 0.00
41_P 69_L 0.90 0.00
45_K 71_I 0.90 0.00
95_N 66_L 0.90 0.00
99_V 46_D 0.90 0.00
90_Y 41_L 0.89 0.00
82_N 330_N 0.89 0.00
98_V 202_D 0.89 0.00
9_I 321_S 0.89 0.00
132_L 105_V 0.89 0.00
9_I 257_S 0.89 0.00
41_P 341_T 0.89 0.00
66_D 284_V 0.89 0.00
11_G 19_A 0.88 0.00
13_A 271_D 0.88 0.00
14_L 248_P 0.88 0.00
35_T 352_M 0.88 0.00
102_M 291_S 0.88 0.00
71_Q 211_G 0.88 0.00
36_G 98_R 0.88 0.00
82_N 206_R 0.88 0.00
104_N 80_Q 0.88 0.00
105_T 357_C 0.88 0.00
74_D 353_Q 0.87 0.00
47_V 335_L 0.87 0.00
82_N 108_S 0.87 0.00
117_E 331_V 0.87 0.00
125_M 95_P 0.87 0.00
13_A 326_A 0.87 0.00
122_V 239_I 0.87 0.00
79_E 329_N 0.87 0.00
13_A 232_Q 0.87 0.00
16_A 342_P 0.87 0.00
79_E 275_V 0.87 0.00
67_V 318_S 0.87 0.00
36_G 220_T 0.86 0.00
132_L 347_S 0.86 0.00
6_I 177_S 0.86 0.00
97_D 35_S 0.86 0.00
9_I 357_C 0.86 0.00
78_Y 136_L 0.86 0.00
126_M 346_M 0.86 0.00
94_P 146_A 0.86 0.00
102_M 226_P 0.86 0.00
87_A 174_E 0.86 0.00
13_A 267_E 0.85 0.00
63_K 22_I 0.85 0.00
79_E 122_L 0.85 0.00
48_V 252_K 0.85 0.00
107_S 52_T 0.85 0.00
73_P 89_V 0.85 0.00
122_V 284_V 0.85 0.00
50_Q 250_D 0.85 0.00
127_L 193_D 0.85 0.00
105_T 196_M 0.84 0.00
44_A 334_A 0.84 0.00
124_S 221_I 0.84 0.00
4_L 133_V 0.84 0.00
131_T 112_N 0.84 0.00
109_S 365_I 0.84 0.00
82_N 350_Q 0.84 0.00
23_V 319_L 0.84 0.00
94_P 66_L 0.84 0.00
117_E 125_P 0.84 0.00
34_V 364_I 0.84 0.00
92_K 335_L 0.84 0.00
28_L 245_N 0.84 0.00
66_D 297_F 0.83 0.00
78_Y 221_I 0.83 0.00
40_Q 296_P 0.83 0.00
49_F 342_P 0.83 0.00
84_L 347_S 0.83 0.00
5_N 223_V 0.83 0.00
100_G 48_T 0.83 0.00
114_A 62_L 0.83 0.00
41_P 89_V 0.83 0.00
133_G 127_K 0.82 0.00
33_S 71_I 0.82 0.00
58_A 253_V 0.82 0.00
117_E 50_D 0.82 0.00
95_N 353_Q 0.82 0.00
66_D 269_T 0.82 0.00
88_K 29_Q 0.82 0.00
6_I 77_T 0.82 0.00
22_N 152_G 0.82 0.00
84_L 186_N 0.81 0.00
67_V 262_V 0.81 0.00
21_L 142_L 0.81 0.00
94_P 312_L 0.81 0.00
100_G 106_V 0.81 0.00
119_L 50_D 0.81 0.00
115_N 72_T 0.81 0.00
63_K 185_L 0.81 0.00
66_D 132_Q 0.81 0.00
35_T 273_C 0.81 0.00
18_S 123_M 0.81 0.00
13_A 208_R 0.80 0.00
112_Y 62_L 0.80 0.00
45_K 33_Q 0.80 0.00
113_Q 255_I 0.80 0.00
125_M 308_T 0.80 0.00
42_Y 124_T 0.80 0.00
79_E 310_I 0.80 0.00
88_K 255_I 0.80 0.00
108_A 133_V 0.80 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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