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OPENSEQ.org
FLHB - FLIP
UniProt: P76299 - P0AC05
Length: 627
Sequences: 642
Seq/Len: 1.07
I_Prob: 0.07
FLHB - Flagellar biosynthetic protein FlhB
Paralog alert: 0.33 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: FLHB 		FLIP - Flagellar biosynthetic protein FliP
Paralog alert: 0.32 [within 20: 0.00] - ratio of genomes with paralogs
Cluster includes: FLIP
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
132_G 187_F 1.56 0.07
344_A 87_Q 1.51 0.06
127_L 108_I 1.34 0.04
145_L 100_I 1.32 0.03
16_R 205_M 1.31 0.03
154_L 170_L 1.30 0.03
320_A 223_L 1.24 0.03
294_G 130_G 1.22 0.03
309_V 111_D 1.22 0.03
114_V 85_P 1.14 0.02
22_E 47_F 1.13 0.02
149_I 160_Q 1.10 0.02
28_R 130_G 1.09 0.02
228_D 66_R 1.08 0.02
226_I 53_F 1.08 0.02
331_I 154_A 1.08 0.02
49_G 142_T 1.07 0.02
233_S 191_I 1.07 0.01
200_V 60_M 1.07 0.01
343_L 225_L 1.06 0.01
336_Y 216_T 1.06 0.01
332_P 207_L 1.05 0.01
137_F 63_S 1.05 0.01
315_P 73_L 1.04 0.01
15_H 150_F 1.04 0.01
217_K 68_I 1.04 0.01
223_R 140_R 1.03 0.01
138_S 149_L 1.03 0.01
145_L 67_I 1.02 0.01
200_V 190_F 1.01 0.01
41_G 235_L 1.01 0.01
158_V 26_I 1.01 0.01
226_I 59_L 1.00 0.01
307_N 218_A 1.00 0.01
344_A 225_L 0.99 0.01
6_D 90_L 0.99 0.01
240_K 56_A 0.99 0.01
15_H 187_F 0.99 0.01
347_W 80_T 0.99 0.01
127_L 134_L 0.98 0.01
322_Y 125_E 0.98 0.01
255_M 95_F 0.97 0.01
196_V 195_I 0.96 0.01
336_Y 110_V 0.96 0.01
13_T 63_S 0.95 0.01
296_V 171_L 0.95 0.01
181_A 189_I 0.94 0.01
251_A 89_L 0.94 0.01
193_A 153_L 0.94 0.01
147_K 182_A 0.94 0.01
148_A 210_M 0.94 0.01
283_M 144_E 0.94 0.01
290_A 178_E 0.93 0.01
301_R 80_T 0.93 0.01
128_N 168_R 0.93 0.01
151_K 228_L 0.93 0.01
8_K 129_K 0.92 0.01
140_Q 69_I 0.92 0.01
353_R 206_A 0.92 0.01
75_N 78_L 0.92 0.01
332_P 133_P 0.92 0.01
292_G 115_P 0.92 0.01
152_T 52_T 0.92 0.01
133_I 89_L 0.91 0.01
288_V 116_F 0.91 0.01
110_L 54_I 0.91 0.01
210_F 100_I 0.91 0.01
346_V 182_A 0.91 0.01
269_P 101_M 0.91 0.01
31_E 243_F 0.91 0.01
249_A 99_F 0.91 0.01
239_V 215_A 0.90 0.01
337_A 198_L 0.90 0.01
31_E 143_R 0.90 0.01
321_L 80_T 0.90 0.01
315_P 66_R 0.90 0.01
288_V 169_I 0.89 0.01
134_K 38_W 0.89 0.01
331_I 33_G 0.89 0.01
335_L 224_M 0.89 0.01
272_Y 130_G 0.89 0.01
110_L 52_T 0.89 0.01
222_S 190_F 0.89 0.01
60_L 185_I 0.89 0.01
294_G 59_L 0.88 0.01
309_V 97_T 0.88 0.01
200_V 52_T 0.88 0.01
154_L 42_V 0.88 0.01
21_R 133_P 0.88 0.01
93_L 185_I 0.88 0.01
132_G 65_T 0.88 0.01
309_V 78_L 0.88 0.01
230_F 164_A 0.88 0.01
209_F 179_L 0.87 0.01
305_A 175_V 0.87 0.01
128_N 134_L 0.87 0.01
126_K 94_L 0.87 0.01
230_F 93_A 0.87 0.01
60_L 78_L 0.86 0.01
276_L 129_K 0.86 0.01
41_G 148_G 0.86 0.01
178_P 119_E 0.86 0.01
347_W 87_Q 0.86 0.01
62_A 206_A 0.86 0.01
204_V 171_L 0.85 0.01
95_L 53_F 0.85 0.01
343_L 91_G 0.85 0.01
94_P 206_A 0.85 0.01
341_E 238_S 0.85 0.01
50_V 153_L 0.85 0.01
153_I 111_D 0.84 0.01
339_V 174_Y 0.84 0.01
238_H 54_I 0.84 0.01
329_Q 52_T 0.84 0.01
263_D 138_M 0.84 0.01
12_P 142_T 0.84 0.01
270_T 52_T 0.84 0.01
260_P 207_L 0.84 0.01
66_F 223_L 0.83 0.01
198_L 108_I 0.83 0.01
240_K 79_G 0.83 0.01
148_A 217_I 0.83 0.01
110_L 176_T 0.83 0.01
12_P 221_F 0.83 0.01
31_E 23_L 0.83 0.01
313_E 228_L 0.83 0.01
309_V 154_A 0.83 0.01
263_D 191_I 0.83 0.01
228_D 146_D 0.83 0.01
132_G 221_F 0.83 0.01
94_P 69_I 0.82 0.01
338_A 238_S 0.82 0.01
152_T 191_I 0.82 0.01
36_L 108_I 0.82 0.01
305_A 104_V 0.82 0.01
329_Q 179_L 0.82 0.01
186_M 217_I 0.82 0.01
324_H 223_L 0.81 0.01
146_L 41_P 0.81 0.01
138_S 198_L 0.81 0.01
268_N 101_M 0.81 0.01
141_T 77_A 0.81 0.01
211_Q 229_V 0.81 0.01
222_S 155_N 0.81 0.01
319_R 210_M 0.81 0.01
204_V 85_P 0.80 0.01
344_A 99_F 0.80 0.01
275_A 178_E 0.80 0.01
162_F 153_L 0.80 0.01
347_W 66_R 0.80 0.01
57_S 69_I 0.80 0.01
131_P 82_S 0.80 0.01
228_D 141_Q 0.80 0.01
147_K 45_L 0.80 0.01
206_F 148_G 0.80 0.01
313_E 207_L 0.80 0.01
131_P 227_V 0.80 0.01
251_A 121_I 0.79 0.01
341_E 85_P 0.79 0.01
125_S 52_T 0.79 0.01
212_I 44_T 0.79 0.01
51_S 134_L 0.79 0.01
26_I 200_I 0.79 0.01
283_M 202_S 0.79 0.01
254_R 213_P 0.79 0.01
98_G 170_L 0.79 0.01
122_P 227_V 0.79 0.01
27_P 139_L 0.79 0.01
223_R 188_T 0.78 0.01
38_L 104_V 0.78 0.01
110_L 240_A 0.78 0.01
266_V 44_T 0.78 0.01
234_E 199_V 0.78 0.01
151_K 51_L 0.78 0.01
217_K 216_T 0.78 0.01
151_K 85_P 0.78 0.01
306_E 173_A 0.78 0.01
328_G 119_E 0.78 0.01
238_H 104_V 0.77 0.01
12_P 110_V 0.77 0.01
167_W 117_S 0.77 0.01
203_M 99_F 0.77 0.01
296_V 68_I 0.77 0.01
265_I 43_Q 0.77 0.01
124_F 118_E 0.77 0.01
342_V 68_I 0.77 0.01
311_T 206_A 0.77 0.01
263_D 150_F 0.77 0.01
101_L 88_V 0.77 0.01
266_V 93_A 0.77 0.01
148_A 196_I 0.77 0.01
249_A 71_F 0.77 0.01
301_R 146_D 0.77 0.01
355_A 81_P 0.77 0.01
18_E 237_G 0.77 0.01
163_L 198_L 0.76 0.01
39_L 217_I 0.76 0.01
249_A 228_L 0.76 0.01
209_F 213_P 0.76 0.01
329_Q 129_K 0.76 0.01
319_R 205_M 0.76 0.01
190_G 89_L 0.76 0.01
136_M 119_E 0.76 0.01
184_N 195_I 0.76 0.01
16_R 123_M 0.76 0.01
25_Q 130_G 0.76 0.01
328_G 74_L 0.76 0.01
325_A 145_A 0.76 0.01
123_K 119_E 0.76 0.01
168_P 26_I 0.75 0.01
234_E 147_L 0.75 0.01
110_L 58_L 0.75 0.01
314_A 73_L 0.75 0.01
210_F 90_L 0.75 0.01
110_L 213_P 0.75 0.01
136_M 215_A 0.75 0.01
307_N 138_M 0.75 0.01
309_V 33_G 0.75 0.01
243_I 66_R 0.75 0.01
39_L 174_Y 0.75 0.01
335_L 40_L 0.75 0.01
194_L 46_V 0.75 0.01
128_N 145_A 0.75 0.01
119_S 85_P 0.75 0.01
171_M 105_I 0.75 0.01
94_P 89_L 0.75 0.01
266_V 218_A 0.74 0.01
186_M 233_Q 0.74 0.01
282_K 189_I 0.74 0.01
106_S 59_L 0.74 0.01
230_F 72_G 0.74 0.01
340_A 137_F 0.74 0.01
6_D 223_L 0.74 0.01
218_K 63_S 0.74 0.01
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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