All SYT11_HUMAN

SYT11_HUMAN - 431 amino acids

All

NC

CN

Max NC = 28
Total NC = 330/347
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 8
Total CN = 17/347
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 3 Seq2 = 3 Seq3 = 3 Seq4 = 1 Seq5 = 3 Seq6 = 3 Seq7 = 1 Seq8 = 5 Seq9 = 1 Seq10 = 7 Seq11 = 6 Seq12 = 3 Seq13 = 3 Seq14 = 3 Seq15 = 3 Seq16 = 3 Seq17 = 2 Seq18 = 1 Seq19 = 1 Seq20 = 1 Seq21 = 1 Seq22 = 1 Seq23 = 2 Seq24 = 3 Seq25 = 3 Seq26 = 3 Seq27 = 3 Seq28 = 3 Seq29 = 1 Seq30 = 1 Seq31 = 3 Seq32 = 3 Seq33 = 3 Seq34 = 3 Seq35 = 3 Seq36 = 3 Seq37 = 3 Seq38 = 3 Seq39 = 4 Seq40 = 8 Seq41 = 5 Seq42 = 4 Seq43 = 6 Seq44 = 28 Seq45 = 11 Seq46 = 6 Seq47 = 4 Seq48 = 3 Seq49 = 3 Seq50 = 6 Seq51 = 6 Seq52 = 6 Seq53 = 3 Seq54 = 3 Seq55 = 3 Seq56 = 3 Seq57 = 3 Seq58 = 3 Seq59 = 3 Seq60 = 3 Seq61 = 3 Seq62 = 3 Seq63 = 6 Seq64 = 6 Seq65 = 3 Seq66 = 3 Seq67 = 3 Seq68 = 3 Seq69 = 3 Seq70 = 6 Seq71 = 4 Seq72 = 12 Seq73 = 3 Seq74 = 3 Seq75 = 3 Seq76 = 3 Seq77 = 3 Seq78 = 3 Seq79 = 5 Seq80 = 3 Seq81 = 3 Seq82 = 7 Seq83 = 3 Seq84 = 4 Seq85 = 7 SeqR7 = 1 SeqR8 = 4 SeqR16 = 1 SeqR17 = 8 SeqR58 = 1 SeqR66 = 1 SeqR83 = 1

1 MAEITNIRPS 3
2 NIRPSFDVSP 3
3 FDVSPVVAGL 3
4 VVAGLIGASV 1
5 IGASVLVVCV 3
6 LVVCVSVTVF 3
7 SVTVFVWSCC 1
8 VWSCCHQQAE 5
9 HQQAEKKQKN 1
10 KKQKNPPYKF 7
11 PPYKFIHMLK 6
12 IHMLKGISIY 3
13 GISIYPETLS 3
14 PETLSNKKKI 3
15 NKKKIIKVRR 3
16 IKVRRDKDGP 3
17 DKDGPGREGG 2
18 GREGGRRNLL 1
19 RRNLLVDAAE 1
20 VDAAEAGLLS 1
21 AGLLSRDKDP 1
22 RDKDPRGPSS 1
23 RGPSSGSCID 2
24 GSCIDQLPIK 3
25 QLPIKMDYGE 3
26 MDYGEELRSP 3
27 ELRSPITSLT 3
28 ITSLTPGESK 3
29 PGESKTTSPS 1
30 TTSPSSPEED 1
31 SPEEDVMLGS 3
32 VMLGSLTFSV 3
33 LTFSVDYNFP 3
34 DYNFPKKALV 3
35 KKALVVTIQE 3
36 VTIQEAHGLP 3
37 AHGLPVMDDQ 3
38 VMDDQTQGSD 3
39 TQGSDPYIKM 4
40 PYIKMTILPD 8
41 TILPDKRHRV 5
42 KRHRVKTRVL 4
43 KTRVLRKTLD 6
44 RKTLDPVFDE 28
45 PVFDETFTFY 11
46 TFTFYGIPYS 6
47 GIPYSQLQDL 4
48 QLQDLVLHFL 3
49 VLHFLVLSFD 3
50 VLSFDRFSRD 6
51 RFSRDDVIGE 6
52 DVIGEVMVPL 6
53 VMVPLAGVDP 3
54 AGVDPSTGKV 3
55 STGKVQLTRD 3
56 QLTRDIIKRN 3
57 IIKRNIQKCI 3
58 IQKCISRGEL 3
59 SRGELQVSLS 3
60 QVSLSYQPVA 3
61 YQPVAQRMTV 3
62 QRMTVVVLKA 3
63 VVLKARHLPK 6
64 RHLPKMDITG 6
65 MDITGLSGNP 3
66 LSGNPYVKVN 3
67 YVKVNVYYGR 3
68 VYYGRKRIAK 3
69 KRIAKKKTHV 3
70 KKTHVKKCTL 6
71 KKCTLNPIFN 4
72 NPIFNESFIY 12
73 ESFIYDIPTD 3
74 DIPTDLLPDI 3
75 LLPDISIEFL 3
76 SIEFLVIDFD 3
77 VIDFDRTTKN 3
78 RTTKNEVVGR 3
79 EVVGRLILGA 5
80 LILGAHSVTA 3
81 HSVTASGAEH 3
82 SGAEHWREVC 7
83 WREVCESPRK 3
84 ESPRKPVAKW 4
85 PVAKWHSLSEY 7

1 SPRINTIEAM 0
2 PSVDFSPRIN 0
3 LGAVVPSVDF 0
4 VSAGILGAVV 0
5 VCVVLVSAGI 0
6 FVTVSVCVVL 0
7 CCSWVFVTVS 1
8 EAQQHCCSWV 4
9 NKQKKEAQQH 0
10 FKYPPNKQKK 0
11 KLMHIFKYPP 0
12 YISIGKLMHI 0
13 SLTEPYISIG 0
14 IKKKNSLTEP 0
15 RRVKIIKKKN 0
16 PGDKDRRVKI 1
17 GGERGPGDKD 8
18 LLNRRGGERG 0
19 EAADVLLNRR 0
20 SLLGAEAADV 0
21 PDKDRSLLGA 0
22 SSPGRPDKDR 0
23 DICSGSSPGR 0
24 KIPLQDICSG 0
25 EGYDMKIPLQ 0
26 PSRLEEGYDM 0
27 TLSTIPSRLE 0
28 KSEGPTLSTI 0
29 SPSTTKSEGP 0
30 DEEPSSPSTT 0
31 SGLMVDEEPS 0
32 VSFTLSGLMV 0
33 PFNYDVSFTL 0
34 VLAKKPFNYD 0
35 EQITVVLAKK 0
36 PLGHAEQITV 0
37 QDDMVPLGHA 0
38 DSGQTQDDMV 0
39 MKIYPDSGQT 0
40 DPLITMKIYP 0
41 VRHRKDPLIT 0
42 LVRTKVRHRK 0
43 DLTKRLVRTK 0
44 EDFVPDLTKR 0
45 YFTFTEDFVP 0
46 SYPIGYFTFT 0
47 LDQLQSYPIG 0
48 LFHLVLDQLQ 0
49 DFSLVLFHLV 0
50 DRSFRDFSLV 0
51 EGIVDDRSFR 0
52 LPVMVEGIVD 0
53 PDVGALPVMV 0
54 VKGTSPDVGA 0
55 DRTLQVKGTS 0
56 NRKIIDRTLQ 0
57 ICKQINRKII 0
58 LEGRSICKQI 1
59 SLSVQLEGRS 0
60 AVPQYSLSVQ 0
61 VTMRQAVPQY 0
62 AKLVVVTMRQ 0
63 KPLHRAKLVV 0
64 GTIDMKPLHR 0
65 PNGSLGTIDM 0
66 NVKVYPNGSL 1
67 RGYYVNVKVY 0
68 KAIRKRGYYV 0
69 VHTKKKAIRK 0
70 LTCKKVHTKK 0
71 NFIPNLTCKK 0
72 YIFSENFIPN 0
73 DTPIDYIFSE 0
74 IDPLLDTPID 0
75 LFEISIDPLL 0
76 DFDIVLFEIS 0
77 NKTTRDFDIV 0
78 RGVVENKTTR 0
79 AGLILRGVVE 0
80 ATVSHAGLIL 0
81 HEAGSATVSH 0
82 CVERWHEAGS 0
83 KRPSECVERW 1
84 WKAVPKRPSE 0
85 YESLSHWKAVP 0