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. 2014 Jan 8;9(1):e84638. doi: 10.1371/journal.pone.0084638

Table 4. Avian-human genomic signatures and their amino acid residues.

Avian Human Avian Human
Protein Positiona AA (percent)b AA (percent)b Protein Positiona AA (percent)b AA (percent)b
PB2 271 T (97%) A (99%) NP 305 R (99%) K (98%)
588 A (95%) IT (57% 42%) 33 V (99%) I (98%)
684 A (98%) S (81%) 357 Q (99%) K (98%)
453 P (92%) SH (44% 43%) 100 R (99%) VI (73% 26%)
292 I (86%) TV (55% 40%) 313 F (98%) YV (70% 28%)
475 L (99%) ML (57% 42%) 351 R (94%) K (86%)
559 T (91%) IT (42% 28%) 136 L (84%) IM (67% 32%)
627 E (98%) KE (56% 44%) 283 L (99%) PL (70% 30%)
368 R (98%) KR (56% 43%) 61 I (98%) LI (69% 30%)
567 D (94%) ND (55% 43%) 353 V (85%) SI (50% 32%)
613 V (97%) TV (52% 44%) 16 G (96%) DG (70% 30%)
199 A (99%) SA (57% 43%) 452 R (87%) K (81%)
674 A (94%) TA (55% 44%) 214 R (97%) KR (69% 31%)
702 K (96%) RK (56% 44%) 293 R (98%) KR (68% 32%)
64 M (98%) TM (56% 43%) 422 R (100%) KR (68% 32%)
44 A (99%) SA (56% 44%) 217 I (96%) SV (48% 28%)
105 T (97%) VT (53% 43%) 442 T (99%) AT (68% 32%)
661 A (92%) TA (55% 44%) 455 D (99%) ED (68% 32%)
590 G (84%) SG (61% 38%) 372 E (98%) DE (69% 31%)
9 D (97%) ND (53% 43%) 109 I (95%) VI (66% 33%)
PB1 336 V (98%) I (94%) M1 115 V (98%) IV (65% 34%)
581 E (98%) D (92%) 137 T (96%) AT (65% 35%)
361 S (96%) RS (76% 21%) 121 T (93%) AT (66% 34%)
486 R (98%) KR (76% 23%) 218 T (95%) AT (55% 43%)
741 A (97%) S (78%) 227 A (90%) TA (53% 46%)
584 R (96%) QR (77% 22%) M2 14 G (92%) E (97%)
216 S (95%) GS (73% 26%) 57 Y (99%) HY (72% 26%)
621 Q (95%) RQ (73% 26%) 20 S (93%) NS (74% 25%)
430 R (84%) K (79%) 54 R (98%) LR (48% 24%)
179 M (94%) IM (55% 30%) 86 V (99%) AV (73% 26%)
298 L (97%) IL (54% 45%) 11 T (89%) IT (73% 26%)
327 R (97%) KR (54% 45%) 18 KR (58% 33%) R (98%)
517 I (98%) VI (54% 46%) 78 Q (99%) KQ (53% 26%)
375 NS (56% 34%) S (80%) 55 LF (62% 35%) F (97%)
PB1-F2 76 V (99%) A (89%) 16 E (85%) GE (69% 31%)
73 K (98%) R (84%) 93 N (97%) SN (75% 24%)
87 E (93%) G (91%) 28 IV (68% 27%) VI (71% 26%)
59 K (96%) R (84%) 89 G (92%) SG (53% 38%)
79 R (92%) Q (86%) 82 SN (77% 21%) NS (66% 33%)
60 Q (97%) L (67%) NS1 60 AE (55% 40%) V (95%)
31 E (91%) GE (70% 28%) 114 SG (67% 24%) P (98%)
27 T (95%) IT (66% 33%) 125 D (96%) ED (77% 22%)
82 L (92%) SP (49% 30%) 48 S (95%) NS (77% 23%)
29 RK (67% 33%) K (94%) 227 E (94%) R (99%)
62 L (95%) PL (64% 35%) 70 EK (67% 29%) K (98%)
75 R (73%) H (82%) 171 DT (63% 23%) IY (41% 36%)
6 D (90%) GD (65% 35%) 81 I (95%) MI (61% 38%)
23 NS (66% 28%) SD (73% 20%) 209 DN (66% 31%) N (81%)
25 Q (97%) RQ (54% 45%) 59 RM (61% 24%) HL (40% 37%)
66 SN (61% 38%) N (96%) 112 AT (57% 41%) EI (41% 36%)
42 CY (53% 47%) Y (97%) 67 RD (71% 23%) KW (40% 37%)
16 IT (79% 20%) TI (66% 34%) 215 P (79%) TP (60% 38%)
70 EG (55% 42%) GV (49% 42%) 21 RL (74% 25%) QR (60% 40%)
PA 356 K (98%) R (98%) 22 FL (73% 26%) VF (60% 38%)
409 S (87%) N (97%) 229 E (97%) KE (66% 34%)
382 E (92%) D (83%) 18 VI (73% 26%) IV (76% 23%)
277 S (96%) HY (39% 39%) 129 IT (65% 30%) MV (36% 35%)
204 R (99%) KR (79% 20%) NS2 70 S (89%) G (99%)
256 R (98%) K (66%) 57 S (95%) YL (39% 33%)
268 L (99%) IL (58% 41%) 89 IK (65% 20%) TA (52% 36%)
552 T (100%) ST (59% 41%) 107 L (99%) FL (58% 41%)
337 A (95%) SA (59% 40%)
225 S (99%) CS (59% 40%)
55 D (99%) ND (59% 40%)
28 P (100%) LP (58% 41%)
404 A (94%) SA (59% 41%)
57 R (97%) QR (59% 40%)
100 V (95%) AV (58% 41%)
a

Positions were sorted in the descending order of ARI.

b

We showed only the dominant amino acid residues with more than 20% conservation.