Parkinson AA1R_HUMAN

AA1R_HUMAN - 326 amino acids

Parkinson

NC

CN

Max NC = 42
Total NC = 1030/1964
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 36
Total CN = 934/1964
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 4 Seq2 = 5 Seq3 = 12 Seq4 = 7 Seq5 = 10 Seq6 = 17 Seq7 = 17 Seq8 = 10 Seq9 = 19 Seq10 = 11 Seq11 = 10 Seq12 = 12 Seq13 = 14 Seq14 = 16 Seq15 = 26 Seq16 = 25 Seq17 = 12 Seq18 = 11 Seq19 = 8 Seq20 = 8 Seq21 = 12 Seq22 = 11 Seq23 = 12 Seq24 = 11 Seq25 = 7 Seq26 = 19 Seq27 = 17 Seq28 = 17 Seq29 = 24 Seq30 = 14 Seq31 = 17 Seq32 = 20 Seq33 = 17 Seq34 = 18 Seq35 = 10 Seq36 = 20 Seq37 = 20 Seq38 = 19 Seq39 = 23 Seq40 = 15 Seq41 = 13 Seq42 = 14 Seq43 = 4 Seq44 = 20 Seq45 = 28 Seq46 = 20 Seq47 = 5 Seq48 = 7 Seq49 = 18 Seq50 = 22 Seq51 = 18 Seq52 = 33 Seq53 = 24 Seq54 = 8 Seq55 = 19 Seq56 = 17 Seq57 = 17 Seq58 = 14 Seq59 = 9 Seq60 = 11 Seq61 = 31 Seq62 = 28 Seq63 = 42 Seq64 = 31 SeqR1 = 2 SeqR2 = 4 SeqR3 = 4 SeqR4 = 4 SeqR5 = 9 SeqR6 = 14 SeqR7 = 7 SeqR8 = 3 SeqR9 = 9 SeqR10 = 9 SeqR11 = 10 SeqR12 = 8 SeqR13 = 9 SeqR14 = 13 SeqR15 = 34 SeqR16 = 32 SeqR17 = 10 SeqR18 = 5 SeqR19 = 6 SeqR20 = 4 SeqR21 = 9 SeqR22 = 17 SeqR23 = 13 SeqR24 = 7 SeqR25 = 11 SeqR26 = 18 SeqR27 = 19 SeqR28 = 15 SeqR29 = 21 SeqR30 = 13 SeqR31 = 16 SeqR32 = 15 SeqR33 = 19 SeqR34 = 21 SeqR35 = 11 SeqR36 = 16 SeqR37 = 19 SeqR38 = 28 SeqR39 = 25 SeqR40 = 13 SeqR41 = 10 SeqR42 = 14 SeqR43 = 4 SeqR44 = 19 SeqR45 = 26 SeqR46 = 13 SeqR47 = 3 SeqR48 = 6 SeqR49 = 17 SeqR50 = 31 SeqR51 = 21 SeqR52 = 28 SeqR53 = 21 SeqR54 = 12 SeqR55 = 17 SeqR56 = 17 SeqR57 = 9 SeqR58 = 9 SeqR59 = 7 SeqR60 = 8 SeqR61 = 26 SeqR62 = 31 SeqR63 = 27 SeqR64 = 36

1 MPPSISAFQA 4
2 SAFQAAYIGI 5
3 AYIGIEVLIA 12
4 EVLIALVSVP 7
5 LVSVPGNVLV 10
6 GNVLVIWAVK 17
7 IWAVKVNQAL 17
8 VNQALRDATF 10
9 RDATFCFIVS 19
10 CFIVSLAVAD 11
11 LAVADVAVGA 10
12 VAVGALVIPL 12
13 LVIPLAILIN 14
14 AILINIGPQT 16
15 IGPQTYFHTC 26
16 YFHTCLMVAC 25
17 LMVACPVLIL 12
18 PVLILTQSSI 11
19 TQSSILALLA 8
20 LALLAIAVDR 8
21 IAVDRYLRVK 12
22 YLRVKIPLRY 11
23 IPLRYKMVVT 12
24 KMVVTPRRAA 11
25 PRRAAVAIAG 7
26 VAIAGCWILS 19
27 CWILSFVVGL 17
28 FVVGLTPMFG 17
29 TPMFGWNNLS 24
30 WNNLSAVERA 14
31 AVERAWAANG 17
32 WAANGSMGEP 20
33 SMGEPVIKCE 17
34 VIKCEFEKVI 18
35 FEKVISMEYM 10
36 SMEYMVYFNF 20
37 VYFNFFVWVL 20
38 FVWVLPPLLL 19
39 PPLLLMVLIY 23
40 MVLIYLEVFY 15
41 LEVFYLIRKQ 13
42 LIRKQLNKKV 14
43 LNKKVSASSG 4
44 SASSGDPQKY 20
45 DPQKYYGKEL 28
46 YGKELKIAKS 20
47 KIAKSLALIL 5
48 LALILFLFAL 7
49 FLFALSWLPL 18
50 SWLPLHILNC 22
51 HILNCITLFC 18
52 ITLFCPSCHK 33
53 PSCHKPSILT 24
54 PSILTYIAIF 8
55 YIAIFLTHGN 19
56 LTHGNSAMNP 17
57 SAMNPIVYAF 17
58 IVYAFRIQKF 14
59 RIQKFRVTFL 9
60 RVTFLKIWND 11
61 KIWNDHFRCQ 31
62 HFRCQPAPPI 28
63 PAPPIDEDLP 42
64 DEDLPEERPDD 31

1 AQFASISPPM 2
2 IGIYAAQFAS 4
3 AILVEIGIYA 4
4 PVSVLAILVE 4
5 VLVNGPVSVL 9
6 KVAWIVLVNG 14
7 LAQNVKVAWI 7
8 FTADRLAQNV 3
9 SVIFCFTADR 9
10 DAVALSVIFC 9
11 AGVAVDAVAL 10
12 LPIVLAGVAV 8
13 NILIALPIVL 9
14 TQPGINILIA 13
15 CTHFYTQPGI 34
16 CAVMLCTHFY 32
17 LILVPCAVML 10
18 ISSQTLILVP 5
19 ALLALISSQT 6
20 RDVAIALLAL 4
21 KVRLYRDVAI 9
22 YRLPIKVRLY 17
23 TVVMKYRLPI 13
24 AARRPTVVMK 7
25 GAIAVAARRP 11
26 SLIWCGAIAV 18
27 LGVVFSLIWC 19
28 GFMPTLGVVF 15
29 SLNNWGFMPT 21
30 AREVASLNNW 13
31 GNAAWAREVA 16
32 PEGMSGNAAW 15
33 ECKIVPEGMS 19
34 IVKEFECKIV 21
35 MYEMSIVKEF 11
36 FNFYVMYEMS 16
37 LVWVFFNFYV 19
38 LLLPPLVWVF 28
39 YILVMLLLPP 25
40 YFVELYILVM 13
41 QKRILYFVEL 10
42 VKKNLQKRIL 14
43 GSSASVKKNL 4
44 YKQPDGSSAS 19
45 LEKGYYKQPD 26
46 SKAIKLEKGY 13
47 LILALSKAIK 3
48 LAFLFLILAL 6
49 LPLWSLAFLF 17
50 CNLIHLPLWS 31
51 CFLTICNLIH 21
52 KHCSPCFLTI 28
53 TLISPKHCSP 21
54 FIAIYTLISP 12
55 NGHTLFIAIY 17
56 PNMASNGHTL 17
57 FAYVIPNMAS 9
58 FKQIRFAYVI 9
59 LFTVRFKQIR 7
60 DNWIKLFTVR 8
61 QCRFHDNWIK 26
62 IPPAPQCRFH 31
63 PLDEDIPPAP 27
64 DDPREEPLDED 36