Parkinson JAM2_HUMAN

JAM2_HUMAN - 298 amino acids

Parkinson

NC

CN

Max NC = 34
Total NC = 884/1710
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 29
Total CN = 826/1710
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 3 Seq2 = 8 Seq3 = 6 Seq4 = 18 Seq5 = 31 Seq6 = 22 Seq7 = 9 Seq8 = 13 Seq9 = 17 Seq10 = 17 Seq11 = 11 Seq12 = 23 Seq13 = 22 Seq14 = 16 Seq15 = 12 Seq16 = 10 Seq17 = 8 Seq18 = 13 Seq19 = 13 Seq20 = 11 Seq21 = 20 Seq22 = 22 Seq23 = 16 Seq24 = 18 Seq25 = 11 Seq26 = 11 Seq27 = 18 Seq28 = 27 Seq29 = 6 Seq30 = 14 Seq31 = 28 Seq32 = 28 Seq33 = 32 Seq34 = 26 Seq35 = 29 Seq36 = 17 Seq37 = 8 Seq38 = 11 Seq39 = 6 Seq40 = 12 Seq41 = 9 Seq42 = 17 Seq43 = 16 Seq44 = 19 Seq45 = 34 Seq46 = 21 Seq47 = 7 Seq48 = 14 Seq49 = 4 Seq50 = 10 Seq51 = 17 Seq52 = 17 Seq53 = 14 Seq54 = 16 Seq55 = 7 Seq56 = 1 Seq57 = 8 Seq58 = 10 SeqR1 = 4 SeqR2 = 3 SeqR3 = 6 SeqR4 = 21 SeqR5 = 29 SeqR6 = 22 SeqR7 = 17 SeqR8 = 11 SeqR9 = 12 SeqR10 = 15 SeqR11 = 7 SeqR12 = 18 SeqR13 = 22 SeqR14 = 14 SeqR15 = 11 SeqR16 = 9 SeqR17 = 6 SeqR18 = 8 SeqR19 = 10 SeqR20 = 9 SeqR21 = 13 SeqR22 = 15 SeqR23 = 17 SeqR24 = 12 SeqR25 = 16 SeqR26 = 12 SeqR27 = 21 SeqR28 = 25 SeqR29 = 22 SeqR30 = 18 SeqR31 = 17 SeqR32 = 29 SeqR33 = 26 SeqR34 = 25 SeqR35 = 26 SeqR36 = 23 SeqR37 = 12 SeqR38 = 11 SeqR39 = 5 SeqR40 = 11 SeqR41 = 9 SeqR42 = 21 SeqR43 = 7 SeqR44 = 16 SeqR45 = 27 SeqR46 = 19 SeqR47 = 15 SeqR48 = 9 SeqR49 = 1 SeqR50 = 7 SeqR51 = 15 SeqR52 = 15 SeqR53 = 21 SeqR54 = 9 SeqR55 = 5 SeqR56 = 3 SeqR57 = 4 SeqR58 = 13

1 MARRSRHRLL 3
2 RHRLLLLLLR 8
3 LLLLRYLVVA 6
4 YLVVALGYHK 18
5 LGYHKAYGFS 31
6 AYGFSAPKDQ 22
7 APKDQQVVTA 9
8 QVVTAVEYQE 13
9 VEYQEAILAC 17
10 AILACKTPKK 17
11 KTPKKTVSSR 11
12 TVSSRLEWKK 23
13 LEWKKLGRSV 22
14 LGRSVSFVYY 16
15 SFVYYQQTLQ 12
16 QQTLQGDFKN 10
17 GDFKNRAEMI 8
18 RAEMIDFNIR 13
19 DFNIRIKNVT 13
20 IKNVTRSDAG 11
21 RSDAGKYRCE 20
22 KYRCEVSAPS 22
23 VSAPSEQGQN 16
24 EQGQNLEEDT 18
25 LEEDTVTLEV 11
26 VTLEVLVAPA 11
27 LVAPAVPSCE 18
28 VPSCEVPSSA 27
29 VPSSALSGTV 6
30 LSGTVVELRC 14
31 VELRCQDKEG 28
32 QDKEGNPAPE 28
33 NPAPEYTWFK 32
34 YTWFKDGIRL 26
35 DGIRLLENPR 29
36 LENPRLGSQS 17
37 LGSQSTNSSY 8
38 TNSSYTMNTK 11
39 TMNTKTGTLQ 6
40 TGTLQFNTVS 12
41 FNTVSKLDTG 9
42 KLDTGEYSCE 17
43 EYSCEARNSV 16
44 ARNSVGYRRC 19
45 GYRRCPGKRM 34
46 PGKRMQVDDL 21
47 QVDDLNISGI 7
48 NISGIIAAVV 14
49 IAAVVVVALV 4
50 VVALVISVCG 10
51 ISVCGLGVCY 17
52 LGVCYAQRKG 17
53 AQRKGYFSKE 14
54 YFSKETSFQK 16
55 TSFQKSNSSS 7
56 SNSSSKATTM 1
57 KATTMSENDF 8
58 SENDFKHTKSFII 10

1 LLRHRSRRAM 4
2 RLLLLLLRHR 3
3 AVVLYRLLLL 6
4 KHYGLAVVLY 21
5 SFGYAKHYGL 29
6 QDKPASFGYA 22
7 ATVVQQDKPA 17
8 EQYEVATVVQ 11
9 CALIAEQYEV 12
10 KKPTKCALIA 15
11 RSSVTKKPTK 7
12 KKWELRSSVT 18
13 VSRGLKKWEL 22
14 YYVFSVSRGL 14
15 QLTQQYYVFS 11
16 NKFDGQLTQQ 9
17 IMEARNKFDG 6
18 RINFDIMEAR 8
19 TVNKIRINFD 10
20 GADSRTVNKI 9
21 ECRYKGADSR 13
22 SPASVECRYK 15
23 NQGQESPASV 17
24 TDEELNQGQE 12
25 VELTVTDEEL 16
26 APAVLVELTV 12
27 ECSPVAPAVL 21
28 ASSPVECSPV 25
29 VTGSLASSPV 22
30 CRLEVVTGSL 18
31 GEKDQCRLEV 17
32 EPAPNGEKDQ 29
33 KFWTYEPAPN 26
34 LRIGDKFWTY 25
35 RPNELLRIGD 26
36 SQSGLRPNEL 23
37 YSSNTSQSGL 12
38 KTNMTYSSNT 11
39 QLTGTKTNMT 5
40 SVTNFQLTGT 11
41 GTDLKSVTNF 9
42 ECSYEGTDLK 21
43 VSNRAECSYE 7
44 CRRYGVSNRA 16
45 MRKGPCRRYG 27
46 LDDVQMRKGP 19
47 IGSINLDDVQ 15
48 VVAAIIGSIN 9
49 VLAVVVVAAI 1
50 GCVSIVLAVV 7
51 YCVGLGCVSI 15
52 GKRQAYCVGL 15
53 EKSFYGKRQA 21
54 KQFSTEKSFY 9
55 SSSNSKQFST 5
56 MTTAKSSSNS 3
57 FDNESMTTAK 4
58 IIFSKTHKFDNES 13