Human WIPI4_HUMAN

WIPI4_HUMAN - 360 amino acids

Human

NC

CN

Max NC = 76
Total NC = 710/1272
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 32
Total CN = 562/1272
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 2 Seq2 = 5 Seq3 = 9 Seq4 = 33 Seq5 = 6 Seq6 = 5 Seq7 = 8 Seq8 = 12 Seq9 = 14 Seq10 = 2 Seq11 = 5 Seq12 = 5 Seq13 = 6 Seq14 = 11 Seq15 = 4 Seq16 = 6 Seq17 = 12 Seq18 = 9 Seq19 = 2 Seq20 = 5 Seq21 = 4 Seq22 = 3 Seq23 = 2 Seq24 = 1 Seq25 = 14 Seq26 = 14 Seq27 = 7 Seq28 = 7 Seq29 = 22 Seq30 = 24 Seq31 = 17 Seq32 = 14 Seq33 = 23 Seq34 = 7 Seq35 = 2 Seq36 = 6 Seq37 = 3 Seq38 = 7 Seq39 = 2 Seq40 = 10 Seq41 = 6 Seq42 = 1 Seq43 = 6 Seq44 = 6 Seq45 = 3 Seq46 = 1 Seq47 = 13 Seq48 = 26 Seq49 = 17 Seq50 = 7 Seq51 = 9 Seq52 = 7 Seq53 = 4 Seq54 = 1 Seq55 = 2 Seq56 = 3 Seq57 = 12 Seq58 = 11 Seq59 = 7 Seq60 = 6 Seq61 = 8 Seq62 = 18 Seq63 = 4 Seq64 = 1 Seq65 = 9 Seq66 = 17 Seq67 = 18 Seq68 = 19 Seq69 = 5 Seq70 = 76 Seq71 = 37 SeqR1 = 3 SeqR2 = 1 SeqR3 = 3 SeqR4 = 29 SeqR5 = 16 SeqR6 = 4 SeqR7 = 4 SeqR8 = 8 SeqR9 = 7 SeqR10 = 2 SeqR11 = 2 SeqR13 = 4 SeqR14 = 14 SeqR15 = 2 SeqR16 = 10 SeqR17 = 21 SeqR18 = 4 SeqR19 = 2 SeqR20 = 10 SeqR21 = 1 SeqR22 = 1 SeqR23 = 4 SeqR24 = 4 SeqR25 = 10 SeqR26 = 16 SeqR27 = 4 SeqR28 = 7 SeqR29 = 17 SeqR30 = 25 SeqR31 = 4 SeqR32 = 8 SeqR33 = 11 SeqR34 = 4 SeqR35 = 4 SeqR36 = 5 SeqR37 = 1 SeqR38 = 5 SeqR39 = 7 SeqR40 = 10 SeqR41 = 2 SeqR43 = 4 SeqR44 = 1 SeqR45 = 1 SeqR46 = 1 SeqR47 = 8 SeqR48 = 24 SeqR49 = 9 SeqR50 = 5 SeqR51 = 6 SeqR52 = 7 SeqR53 = 3 SeqR54 = 3 SeqR56 = 2 SeqR57 = 10 SeqR58 = 10 SeqR59 = 4 SeqR60 = 2 SeqR61 = 7 SeqR62 = 21 SeqR63 = 3 SeqR65 = 10 SeqR66 = 32 SeqR67 = 18 SeqR68 = 18 SeqR69 = 10 SeqR70 = 25 SeqR71 = 22

1 MTQQPLRGVT 2
2 LRGVTSLRFN 5
3 SLRFNQDQSC 9
4 QDQSCFCCAM 33
5 FCCAMETGVR 6
6 ETGVRIYNVE 5
7 IYNVEPLMEK 8
8 PLMEKGHLDH 12
9 GHLDHEQVGS 14
10 EQVGSMGLVE 2
11 MGLVEMLHRS 5
12 MLHRSNLLAL 5
13 NLLALVGGGS 6
14 VGGGSSPKFS 11
15 SPKFSEISVL 4
16 EISVLIWDDA 6
17 IWDDAREGKD 12
18 REGKDSKEKL 9
19 SKEKLVLEFT 2
20 VLEFTFTKPV 5
21 FTKPVLSVRM 4
22 LSVRMRHDKI 3
23 RHDKIVIVLK 2
24 VIVLKNRIYV 1
25 NRIYVYSFPD 14
26 YSFPDNPRKL 14
27 NPRKLFEFDT 7
28 FEFDTRDNPK 7
29 RDNPKGLCDL 22
30 GLCDLCPSLE 24
31 CPSLEKQLLV 17
32 KQLLVFPGHK 14
33 FPGHKCGSLQ 23
34 CGSLQLVDLA 7
35 LVDLASTKPG 2
36 STKPGTSSAP 6
37 TSSAPFTINA 3
38 FTINAHQSDI 7
39 HQSDIACVSL 2
40 ACVSLNQPGT 10
41 NQPGTVVASA 6
42 VVASASQKGT 1
43 SQKGTLIRLF 6
44 LIRLFDTQSK 6
45 DTQSKEKLVE 3
46 EKLVELRRGT 1
47 LRRGTDPATL 13
48 DPATLYCINF 26
49 YCINFSHDSS 17
50 SHDSSFLCAS 7
51 FLCASSDKGT 9
52 SDKGTVHIFA 7
53 VHIFALKDTR 4
54 LKDTRLNRRS 1
55 LNRRSALARV 2
56 ALARVGKVGP 3
57 GKVGPMIGQY 12
58 MIGQYVDSQW 11
59 VDSQWSLASF 7
60 SLASFTVPAE 6
61 TVPAESACIC 8
62 SACICAFGRN 18
63 AFGRNTSKNV 4
64 TSKNVNSVIA 1
65 NSVIAICVDG 9
66 ICVDGTFHKY 17
67 TFHKYVFTPD 18
68 VFTPDGNCNR 19
69 GNCNREAFDV 5
70 EAFDVYLDICDDDDF 76
71 YLDICDDDDF 37

1 TVGRLPQQTM 3
2 NFRLSTVGRL 1
3 CSQDQNFRLS 3
4 MACCFCSQDQ 29
5 RVGTEMACCF 16
6 EVNYIRVGTE 4
7 KEMLPEVNYI 4
8 HDLHGKEMLP 8
9 SGVQEHDLHG 7
10 EVLGMSGVQE 2
11 SRHLMEVLGM 2
12 LALLNSRHLM 0
13 SGGGVLALLN 4
14 SFKPSSGGGV 14
15 LVSIESFKPS 2
16 ADDWILVSIE 10
17 DKGERADDWI 21
18 LKEKSDKGER 4
19 TFELVLKEKS 2
20 VPKTFTFELV 10
21 MRVSLVPKTF 1
22 IKDHRMRVSL 1
23 KLVIVIKDHR 4
24 VYIRNKLVIV 4
25 DPFSYVYIRN 10
26 LKRPNDPFSY 16
27 TDFEFLKRPN 4
28 KPNDRTDFEF 7
29 LDCLGKPNDR 17
30 ELSPCLDCLG 25
31 VLLQKELSPC 4
32 KHGPFVLLQK 8
33 QLSGCKHGPF 11
34 ALDVLQLSGC 4
35 GPKTSALDVL 4
36 PASSTGPKTS 5
37 ANITFPASST 1
38 IDSQHANITF 5
39 LSVCAIDSQH 7
40 TGPQNLSVCA 10
41 ASAVVTGPQN 2
42 TGKQSASAVV 0
43 FLRILTGKQS 4
44 KSQTDFLRIL 1
45 EVLKEKSQTD 1
46 TGRRLEVLKE 1
47 LTAPDTGRRL 8
48 FNICYLTAPD 24
49 SSDHSFNICY 9
50 SACLFSSDHS 5
51 TGKDSSACLF 6
52 AFIHVTGKDS 7
53 RTDKLAFIHV 3
54 SRRNLRTDKL 3
55 VRALASRRNL 0
56 PGVKGVRALA 2
57 YQGIMPGVKG 10
58 WQSDVYQGIM 10
59 FSALSWQSDV 4
60 EAPVTFSALS 2
61 CICASEAPVT 7
62 NRGFACICAS 21
63 VNKSTNRGFA 3
64 AIVSNVNKST 0
65 GDVCIAIVSN 10
66 YKHFTGDVCI 32
67 DPTFVYKHFT 18
68 RNCNGDPTFV 18
69 VDFAERNCNG 10
70 FDDDDCIDLYVDFAE 25
71 FDDDDCIDLY 22