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OPENSEQ.org
ELFC - ELFD
UniProt: P75857 - P75856
Length: 1099
Sequences: 801
Seq/Len: 0.79
I_Prob: 0.60
ELFC - Probable outer membrane usher protein ElfC
Paralog alert: 0.75 [within 20: 0.05] - ratio of genomes with paralogs
Cluster includes: ELFC FIMD HTRE SFMD YAGX YBGQ YEHB YFCU YHCD YQIG YRAJ 		ELFD - Probable fimbrial chaperone protein ElfD
Paralog alert: 0.90 [within 20: 0.51] - ratio of genomes with paralogs
Cluster includes: ECPD ELFD FIMC SFMC YBGP YCBF YEHC YFCS YHCA YQIH YRAI
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
43_F 134_A 2.01 0.60
40_D 132_K 1.72 0.38
148_I 48_I 1.31 0.12
626_T 222_Y 1.28 0.11
150_V 89_P 1.24 0.10
43_F 39_L 1.23 0.10
466_Y 66_W 1.16 0.07
754_R 46_E 1.15 0.07
60_G 88_N 1.12 0.06
334_E 113_F 1.11 0.06
821_Y 41_Y 1.11 0.06
818_G 141_L 1.09 0.06
351_S 52_V 1.08 0.06
753_K 40_V 1.08 0.06
761_A 94_L 1.07 0.05
772_L 67_V 1.07 0.05
434_T 40_V 1.06 0.05
45_K 136_Q 1.04 0.05
558_L 195_I 1.03 0.04
166_E 88_N 1.01 0.04
750_A 45_E 1.01 0.04
708_I 30_G 0.97 0.04
479_T 60_P 0.97 0.04
526_G 31_G 0.97 0.04
626_T 86_V 0.97 0.04
790_S 112_F 0.97 0.04
513_K 179_T 0.95 0.03
261_D 132_K 0.95 0.03
641_Q 118_A 0.95 0.03
172_I 132_K 0.94 0.03
257_G 121_S 0.94 0.03
141_V 85_F 0.92 0.03
473_F 116_V 0.92 0.03
232_N 33_G 0.92 0.03
750_A 49_S 0.91 0.03
695_I 210_K 0.91 0.03
815_D 67_V 0.91 0.03
422_G 144_R 0.91 0.03
617_G 60_P 0.90 0.03
755_N 56_S 0.90 0.03
173_N 169_T 0.90 0.03
820_L 159_L 0.90 0.03
266_R 113_F 0.89 0.03
793_G 219_I 0.89 0.03
433_S 121_S 0.89 0.03
57_F 86_V 0.89 0.03
294_S 133_I 0.89 0.03
141_V 93_N 0.89 0.02
539_H 58_D 0.88 0.02
637_Y 111_L 0.88 0.02
683_A 95_L 0.88 0.02
519_S 195_I 0.88 0.02
81_T 114_T 0.88 0.02
718_V 127_E 0.88 0.02
820_L 79_I 0.88 0.02
74_L 123_T 0.88 0.02
165_P 131_L 0.87 0.02
216_N 96_R 0.87 0.02
442_K 40_V 0.87 0.02
755_N 70_P 0.87 0.02
816_D 117_R 0.87 0.02
160_R 32_I 0.87 0.02
550_G 91_N 0.87 0.02
297_Q 84_L 0.87 0.02
757_D 116_V 0.87 0.02
562_I 32_I 0.87 0.02
238_Q 138_V 0.86 0.02
294_S 147_G 0.86 0.02
758_L 183_L 0.85 0.02
347_V 177_F 0.85 0.02
529_Y 142_F 0.85 0.02
649_T 46_E 0.85 0.02
367_L 204_S 0.85 0.02
98_C 161_C 0.85 0.02
211_P 108_R 0.84 0.02
744_R 92_E 0.84 0.02
787_M 183_L 0.84 0.02
235_S 137_S 0.84 0.02
231_K 195_I 0.84 0.02
783_A 161_C 0.84 0.02
727_D 148_L 0.84 0.02
847_Y 32_I 0.84 0.02
818_G 69_T 0.84 0.02
587_L 204_S 0.84 0.02
581_L 186_G 0.83 0.02
680_L 111_L 0.83 0.02
167_R 137_S 0.83 0.02
198_S 198_F 0.83 0.02
708_I 182_D 0.83 0.02
65_P 224_A 0.83 0.02
355_L 134_A 0.83 0.02
466_Y 115_S 0.82 0.02
516_V 199_D 0.82 0.02
842_I 87_L 0.82 0.02
54_L 84_L 0.82 0.02
866_R 159_L 0.82 0.02
132_I 63_I 0.82 0.02
218_S 203_F 0.82 0.02
755_N 178_I 0.82 0.02
240_A 170_V 0.81 0.02
473_F 40_V 0.81 0.02
309_Q 52_V 0.81 0.02
140_N 91_N 0.81 0.02
410_A 153_G 0.81 0.02
178_G 50_L 0.81 0.02
314_P 159_L 0.81 0.02
142_N 87_L 0.81 0.02
259_F 84_L 0.81 0.02
241_V 220_N 0.80 0.02
511_R 173_P 0.80 0.02
549_F 111_L 0.80 0.02
558_L 119_V 0.80 0.02
144_L 91_N 0.80 0.02
849_L 176_Y 0.80 0.02
734_V 148_L 0.80 0.02
471_S 111_L 0.80 0.02
82_R 205_L 0.79 0.02
682_Y 65_S 0.79 0.02
789_T 95_L 0.79 0.02
390_G 38_R 0.79 0.02
585_L 173_P 0.79 0.02
585_L 142_F 0.79 0.01
314_P 150_Y 0.79 0.01
350_S 142_F 0.79 0.01
355_L 66_W 0.79 0.01
793_G 73_K 0.79 0.01
125_C 161_C 0.79 0.01
748_D 41_Y 0.79 0.01
294_S 88_N 0.79 0.01
473_F 79_I 0.79 0.01
424_I 207_K 0.79 0.01
65_P 112_F 0.79 0.01
262_S 101_G 0.79 0.01
140_N 89_P 0.78 0.01
422_G 221_D 0.78 0.01
221_S 174_T 0.78 0.01
38_W 122_T 0.78 0.01
170_E 80_I 0.78 0.01
250_V 188_K 0.78 0.01
553_T 95_L 0.78 0.01
140_N 203_F 0.78 0.01
145_R 154_E 0.78 0.01
382_F 161_C 0.78 0.01
668_G 148_L 0.78 0.01
718_V 71_D 0.77 0.01
779_A 70_P 0.77 0.01
389_W 216_Y 0.77 0.01
397_W 139_I 0.77 0.01
636_S 222_Y 0.77 0.01
515_Q 94_L 0.77 0.01
47_D 195_I 0.77 0.01
425_S 89_P 0.77 0.01
104_L 96_R 0.77 0.01
389_W 156_P 0.77 0.01
736_Y 89_P 0.77 0.01
38_W 199_D 0.77 0.01
320_S 32_I 0.77 0.01
715_N 100_I 0.77 0.01
314_P 156_P 0.76 0.01
751_S 45_E 0.76 0.01
284_F 112_F 0.76 0.01
404_A 84_L 0.76 0.01
369_K 32_I 0.76 0.01
665_A 160_R 0.76 0.01
847_Y 137_S 0.76 0.01
128_L 43_E 0.76 0.01
787_M 166_D 0.76 0.01
72_I 160_R 0.76 0.01
371_R 195_I 0.76 0.01
755_N 50_L 0.76 0.01
556_K 112_F 0.76 0.01
176_L 177_F 0.76 0.01
144_L 168_V 0.76 0.01
389_W 46_E 0.76 0.01
580_A 111_L 0.76 0.01
43_F 118_A 0.76 0.01
557_D 119_V 0.76 0.01
246_G 67_V 0.76 0.01
745_I 100_I 0.75 0.01
860_R 80_I 0.75 0.01
786_L 41_Y 0.75 0.01
385_A 166_D 0.75 0.01
790_S 111_L 0.75 0.01
769_K 175_P 0.75 0.01
467_R 104_L 0.75 0.01
286_P 38_R 0.75 0.01
422_G 38_R 0.75 0.01
182_S 178_I 0.75 0.01
86_F 143_W 0.75 0.01
173_N 42_S 0.75 0.01
58_E 86_V 0.75 0.01
777_F 95_L 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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