Parkinson AIMP2_HUMAN

AIMP2_HUMAN - 320 amino acids

Parkinson

NC

CN

Max NC = 42
Total NC = 1053/2068
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 45
Total CN = 1015/2068
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 5 Seq2 = 23 Seq3 = 24 Seq4 = 20 Seq5 = 24 Seq6 = 23 Seq7 = 42 Seq8 = 40 Seq9 = 25 Seq10 = 15 Seq11 = 7 Seq12 = 8 Seq13 = 7 Seq14 = 10 Seq15 = 9 Seq16 = 16 Seq17 = 17 Seq18 = 10 Seq19 = 15 Seq20 = 17 Seq21 = 9 Seq22 = 12 Seq23 = 19 Seq24 = 21 Seq25 = 14 Seq26 = 29 Seq27 = 26 Seq28 = 28 Seq29 = 30 Seq30 = 15 Seq31 = 9 Seq32 = 14 Seq33 = 26 Seq34 = 13 Seq35 = 16 Seq36 = 20 Seq37 = 24 Seq38 = 25 Seq39 = 10 Seq40 = 12 Seq41 = 23 Seq42 = 17 Seq43 = 10 Seq44 = 18 Seq45 = 13 Seq46 = 5 Seq47 = 16 Seq48 = 15 Seq49 = 11 Seq50 = 13 Seq51 = 7 Seq52 = 6 Seq53 = 14 Seq54 = 27 Seq55 = 12 Seq56 = 15 Seq57 = 17 Seq58 = 12 Seq59 = 11 Seq60 = 10 Seq61 = 27 Seq62 = 14 Seq63 = 11 SeqR1 = 5 SeqR2 = 23 SeqR3 = 23 SeqR4 = 29 SeqR5 = 29 SeqR6 = 23 SeqR7 = 39 SeqR8 = 45 SeqR9 = 20 SeqR10 = 13 SeqR11 = 7 SeqR12 = 11 SeqR13 = 12 SeqR14 = 11 SeqR15 = 11 SeqR16 = 7 SeqR17 = 20 SeqR18 = 12 SeqR19 = 10 SeqR20 = 19 SeqR21 = 5 SeqR22 = 9 SeqR23 = 17 SeqR24 = 14 SeqR25 = 8 SeqR26 = 17 SeqR27 = 19 SeqR28 = 17 SeqR29 = 20 SeqR30 = 19 SeqR31 = 14 SeqR32 = 9 SeqR33 = 18 SeqR34 = 19 SeqR35 = 16 SeqR36 = 31 SeqR37 = 20 SeqR38 = 23 SeqR39 = 18 SeqR40 = 9 SeqR41 = 15 SeqR42 = 12 SeqR43 = 14 SeqR44 = 18 SeqR45 = 15 SeqR46 = 3 SeqR47 = 15 SeqR48 = 19 SeqR49 = 9 SeqR50 = 10 SeqR51 = 7 SeqR52 = 5 SeqR53 = 9 SeqR54 = 22 SeqR55 = 14 SeqR56 = 22 SeqR57 = 15 SeqR58 = 16 SeqR59 = 14 SeqR60 = 17 SeqR61 = 17 SeqR62 = 15 SeqR63 = 21

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

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