X AIMP2_HUMAN

AIMP2_HUMAN - 320 amino acids

X

NC

CN

Max NC = 49
Total NC = 997/2120
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 77
Total CN = 1123/2120
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 23 Seq2 = 30 Seq3 = 17 Seq4 = 11 Seq5 = 22 Seq6 = 24 Seq7 = 49 Seq8 = 49 Seq9 = 10 Seq10 = 10 Seq11 = 6 Seq12 = 6 Seq13 = 18 Seq14 = 10 Seq15 = 6 Seq16 = 5 Seq17 = 28 Seq18 = 5 Seq19 = 24 Seq20 = 10 Seq21 = 8 Seq22 = 14 Seq23 = 13 Seq24 = 8 Seq25 = 8 Seq26 = 38 Seq27 = 17 Seq28 = 20 Seq29 = 12 Seq30 = 20 Seq31 = 13 Seq32 = 9 Seq33 = 28 Seq34 = 16 Seq35 = 23 Seq36 = 23 Seq37 = 17 Seq38 = 29 Seq39 = 9 Seq40 = 7 Seq41 = 21 Seq42 = 12 Seq43 = 11 Seq44 = 20 Seq45 = 9 Seq46 = 1 Seq47 = 17 Seq48 = 4 Seq49 = 8 Seq50 = 6 Seq51 = 3 Seq52 = 11 Seq53 = 14 Seq54 = 15 Seq55 = 12 Seq56 = 9 Seq57 = 22 Seq58 = 8 Seq59 = 17 Seq60 = 17 Seq61 = 19 Seq62 = 34 Seq63 = 12 SeqR1 = 23 SeqR2 = 51 SeqR3 = 28 SeqR4 = 11 SeqR5 = 30 SeqR6 = 27 SeqR7 = 49 SeqR8 = 77 SeqR9 = 23 SeqR10 = 5 SeqR11 = 1 SeqR12 = 11 SeqR13 = 31 SeqR14 = 11 SeqR15 = 8 SeqR16 = 5 SeqR17 = 14 SeqR18 = 11 SeqR19 = 26 SeqR20 = 7 SeqR21 = 10 SeqR22 = 8 SeqR23 = 18 SeqR24 = 4 SeqR25 = 7 SeqR26 = 51 SeqR27 = 19 SeqR28 = 21 SeqR29 = 17 SeqR30 = 7 SeqR31 = 15 SeqR32 = 7 SeqR33 = 19 SeqR34 = 19 SeqR35 = 26 SeqR36 = 22 SeqR37 = 17 SeqR38 = 31 SeqR39 = 16 SeqR40 = 11 SeqR41 = 14 SeqR42 = 23 SeqR43 = 3 SeqR44 = 19 SeqR45 = 14 SeqR46 = 3 SeqR47 = 12 SeqR48 = 9 SeqR49 = 8 SeqR50 = 12 SeqR51 = 2 SeqR52 = 3 SeqR53 = 13 SeqR54 = 21 SeqR55 = 11 SeqR56 = 13 SeqR57 = 18 SeqR58 = 13 SeqR59 = 15 SeqR60 = 23 SeqR61 = 23 SeqR62 = 41 SeqR63 = 16

1 MPMYQVKPYH 23
2 VKPYHGGGAP 30
3 GGGAPLRVEL 17
4 LRVELPTCMY 11
5 PTCMYRLPNV 22
6 RLPNVHGRSY 24
7 HGRSYGPAPG 49
8 GPAPGAGHVQ 49
9 AGHVQEESNL 10
10 EESNLSLQAL 10
11 SLQALESRQD 6
12 ESRQDDILKR 6
13 DILKRLYELK 18
14 LYELKAAVDG 10
15 AAVDGLSKMI 6
16 LSKMIQTPDA 5
17 QTPDADLDVT 28
18 DLDVTNIIQA 5
19 NIIQADEPTT 24
20 DEPTTLTTNA 10
21 LTTNALDLNS 8
22 LDLNSVLGKD 14
23 VLGKDYGALK 13
24 YGALKDIVIN 8
25 DIVINANPAS 8
26 ANPASPPLSL 38
27 PPLSLLVLHR 17
28 LVLHRLLCEH 20
29 LLCEHFRVLS 12
30 FRVLSTVHTH 20
31 TVHTHSSVKS 13
32 SSVKSVPENL 9
33 VPENLLKCFG 28
34 LKCFGEQNKK 16
35 EQNKKQPRQD 23
36 QPRQDYQLGF 23
37 YQLGFTLIWK 17
38 TLIWKNVPKT 29
39 NVPKTQMKFS 9
40 QMKFSIQTMC 7
41 IQTMCPIEGE 21
42 PIEGEGNIAR 12
43 GNIARFLFSL 11
44 FLFSLFGQKH 20
45 FGQKHNAVNA 9
46 NAVNATLIDS 1
47 TLIDSWVDIA 17
48 WVDIAIFQLK 4
49 IFQLKEGSSK 8
50 EGSSKEKAAV 6
51 EKAAVFRSMN 3
52 FRSMNSALGK 11
53 SALGKSPWLA 14
54 SPWLAGNELT 15
55 GNELTVADVV 12
56 VADVVLWSVL 9
57 LWSVLQQIGG 22
58 QQIGGCSVTV 8
59 CSVTVPANVQ 17
60 PANVQRWMRS 17
61 RWMRSCENLA 19
62 CENLAPFNTALKLLK 34
63 PFNTALKLLK 12

1 HYPKVQYMPM 23
2 PAGGGHYPKV 51
3 LEVRLPAGGG 28
4 YMCTPLEVRL 11
5 VNPLRYMCTP 30
6 YSRGHVNPLR 27
7 GPAPGYSRGH 49
8 QVHGAGPAPG 77
9 LNSEEQVHGA 23
10 LAQLSLNSEE 5
11 DQRSELAQLS 1
12 RKLIDDQRSE 11
13 KLEYLRKLID 31
14 GDVAAKLEYL 11
15 IMKSLGDVAA 8
16 ADPTQIMKSL 5
17 TVDLDADPTQ 14
18 AQIINTVDLD 11
19 TTPEDAQIIN 26
20 ANTTLTTPED 7
21 SNLDLANTTL 10
22 DKGLVSNLDL 8
23 KLAGYDKGLV 18
24 NIVIDKLAGY 4
25 SAPNANIVID 7
26 LSLPPSAPNA 51
27 RHLVLLSLPP 19
28 HECLLRHLVL 21
29 SLVRFHECLL 17
30 HTHVTSLVRF 7
31 SKVSSHTHVT 15
32 LNEPVSKVSS 7
33 GFCKLLNEPV 19
34 KKNQEGFCKL 19
35 DQRPQKKNQE 26
36 FGLQYDQRPQ 22
37 KWILTFGLQY 17
38 TKPVNKWILT 31
39 SFKMQTKPVN 16
40 CMTQISFKMQ 11
41 EGEIPCMTQI 14
42 RAINGEGEIP 23
43 LSFLFRAING 3
44 HKQGFLSFLF 19
45 ANVANHKQGF 14
46 SDILTANVAN 3
47 AIDVWSDILT 12
48 KLQFIAIDVW 9
49 KSSGEKLQFI 8
50 VAAKEKSSGE 12
51 NMSRFVAAKE 2
52 KGLASNMSRF 3
53 ALWPSKGLAS 13
54 TLENGALWPS 21
55 VVDAVTLENG 11
56 LVSWLVVDAV 13
57 GGIQQLVSWL 18
58 VTVSCGGIQQ 13
59 QVNAPVTVSC 15
60 SRMWRQVNAP 23
61 ALNECSRMWR 23
62 KLLKLATNFPALNEC 41
63 KLLKLATNFP 16