Parkinson VP26A_HUMAN

VP26A_HUMAN - 327 amino acids

Parkinson

NC

CN

Max NC = 31
Total NC = 948/1947
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 35
Total CN = 999/1947
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 5 Seq2 = 9 Seq3 = 19 Seq4 = 11 Seq5 = 7 Seq6 = 13 Seq7 = 24 Seq8 = 21 Seq9 = 19 Seq10 = 10 Seq11 = 23 Seq12 = 25 Seq13 = 21 Seq14 = 12 Seq15 = 9 Seq16 = 9 Seq17 = 11 Seq18 = 9 Seq19 = 17 Seq20 = 19 Seq21 = 9 Seq22 = 13 Seq23 = 12 Seq24 = 24 Seq25 = 10 Seq26 = 12 Seq27 = 9 Seq28 = 8 Seq29 = 4 Seq30 = 11 Seq31 = 19 Seq32 = 21 Seq33 = 7 Seq34 = 22 Seq35 = 21 Seq36 = 16 Seq37 = 20 Seq38 = 18 Seq39 = 12 Seq40 = 16 Seq41 = 11 Seq42 = 10 Seq43 = 8 Seq44 = 11 Seq45 = 5 Seq46 = 6 Seq47 = 11 Seq48 = 21 Seq49 = 19 Seq50 = 17 Seq51 = 31 Seq52 = 31 Seq53 = 16 Seq54 = 18 Seq55 = 8 Seq56 = 16 Seq57 = 12 Seq58 = 17 Seq59 = 25 Seq60 = 19 Seq61 = 21 Seq62 = 16 Seq63 = 15 Seq64 = 7 SeqR1 = 12 SeqR2 = 22 SeqR3 = 19 SeqR4 = 20 SeqR5 = 10 SeqR6 = 11 SeqR7 = 22 SeqR8 = 27 SeqR9 = 21 SeqR10 = 16 SeqR11 = 17 SeqR12 = 24 SeqR13 = 11 SeqR14 = 8 SeqR15 = 17 SeqR16 = 14 SeqR17 = 15 SeqR18 = 13 SeqR19 = 16 SeqR20 = 13 SeqR21 = 12 SeqR22 = 9 SeqR23 = 6 SeqR24 = 19 SeqR25 = 8 SeqR26 = 18 SeqR27 = 12 SeqR28 = 13 SeqR29 = 12 SeqR30 = 10 SeqR31 = 22 SeqR32 = 18 SeqR33 = 11 SeqR34 = 19 SeqR35 = 23 SeqR36 = 15 SeqR37 = 14 SeqR38 = 19 SeqR39 = 22 SeqR40 = 10 SeqR41 = 16 SeqR42 = 8 SeqR43 = 11 SeqR44 = 15 SeqR45 = 6 SeqR46 = 4 SeqR47 = 14 SeqR48 = 19 SeqR49 = 26 SeqR50 = 17 SeqR51 = 35 SeqR52 = 34 SeqR53 = 14 SeqR54 = 13 SeqR55 = 13 SeqR56 = 17 SeqR57 = 17 SeqR58 = 14 SeqR59 = 23 SeqR60 = 13 SeqR61 = 8 SeqR62 = 15 SeqR63 = 15 SeqR64 = 12

1 MSFLGGFFGP 5
2 GFFGPICEID 9
3 ICEIDIVLND 19
4 IVLNDGETRK 11
5 GETRKMAEMK 7
6 MAEMKTEDGK 13
7 TEDGKVEKHY 24
8 VEKHYLFYDG 21
9 LFYDGESVSG 19
10 ESVSGKVNLA 10
11 KVNLAFKQPG 23
12 FKQPGKRLEH 25
13 KRLEHQGIRI 21
14 QGIRIEFVGQ 12
15 EFVGQIELFN 9
16 IELFNDKSNT 9
17 DKSNTHEFVN 11
18 HEFVNLVKEL 9
19 LVKELALPGE 17
20 ALPGELTQSR 19
21 LTQSRSYDFE 9
22 SYDFEFMQVE 13
23 FMQVEKPYES 12
24 KPYESYIGAN 24
25 YIGANVRLRY 10
26 VRLRYFLKVT 12
27 FLKVTIVRRL 9
28 IVRRLTDLVK 8
29 TDLVKEYDLI 4
30 EYDLIVHQLA 11
31 VHQLATYPDV 19
32 TYPDVNNSIK 21
33 NNSIKMEVGI 7
34 MEVGIEDCLH 22
35 EDCLHIEFEY 21
36 IEFEYNKSKY 16
37 NKSKYHLKDV 20
38 HLKDVIVGKI 18
39 IVGKIYFLLV 12
40 YFLLVRIKIQ 16
41 RIKIQHMELQ 11
42 HMELQLIKKE 10
43 LIKKEITGIG 8
44 ITGIGPSTTT 11
45 PSTTTETETI 5
46 ETETIAKYEI 6
47 AKYEIMDGAP 11
48 MDGAPVKGES 21
49 VKGESIPIRL 19
50 IPIRLFLAGY 17
51 FLAGYDPTPT 31
52 DPTPTMRDVN 31
53 MRDVNKKFSV 16
54 KKFSVRYFLN 18
55 RYFLNLVLVD 8
56 LVLVDEEDRR 16
57 EEDRRYFKQQ 12
58 YFKQQEIILW 17
59 EIILWRKAPE 25
60 RKAPEKLRKQ 19
61 KLRKQRTNFH 21
62 RTNFHQRFES 16
63 QRFESPESQA 15
64 PESQASAEQPEM 7

1 PGFFGGLFSM 12
2 DIECIPGFFG 22
3 DNLVIDIECI 19
4 KRTEGDNLVI 20
5 KMEAMKRTEG 10
6 KGDETKMEAM 11
7 YHKEVKGDET 22
8 GDYFLYHKEV 27
9 GSVSEGDYFL 21
10 ALNVKGSVSE 16
11 GPQKFALNVK 17
12 HELRKGPQKF 24
13 IRIGQHELRK 11
14 QGVFEIRIGQ 8
15 NFLEIQGVFE 17
16 TNSKDNFLEI 14
17 NVFEHTNSKD 15
18 LEKVLNVFEH 13
19 EGPLALEKVL 16
20 RSQTLEGPLA 13
21 EFDYSRSQTL 12
22 EVQMFEFDYS 9
23 SEYPKEVQMF 6
24 NAGIYSEYPK 19
25 YRLRVNAGIY 8
26 TVKLFYRLRV 18
27 LRRVITVKLF 12
28 KVLDTLRRVI 13
29 ILDYEKVLDT 12
30 ALQHVILDYE 10
31 VDPYTALQHV 22
32 KISNNVDPYT 18
33 IGVEMKISNN 11
34 HLCDEIGVEM 19
35 YEFEIHLCDE 23
36 YKSKNYEFEI 15
37 VDKLHYKSKN 14
38 IKGVIVDKLH 19
39 VLLFYIKGVI 22
40 QIKIRVLLFY 10
41 QLEMHQIKIR 16
42 EKKILQLEMH 8
43 GIGTIEKKIL 11
44 TTTSPGIGTI 15
45 ITETETTTSP 6
46 IEYKAITETE 4
47 PAGDMIEYKA 14
48 SEGKVPAGDM 19
49 LRIPISEGKV 26
50 YGALFLRIPI 17
51 TPTPDYGALF 35
52 NVDRMTPTPD 34
53 VSFKKNVDRM 14
54 NLFYRVSFKK 13
55 DVLVLNLFYR 13
56 RRDEEDVLVL 17
57 QQKFYRRDEE 17
58 WLIIEQQKFY 14
59 EPAKRWLIIE 23
60 QKRLKEPAKR 13
61 HFNTRQKRLK 8
62 SEFRQHFNTR 15
63 AQSEPSEFRQ 15
64 MEPQEASAQSEP 12