Parkinson HERP1_HUMAN

HERP1_HUMAN - 391 amino acids

Parkinson

NC

CN

Max NC = 51
Total NC = 1642/3210
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 51
Total CN = 1568/3210
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 8 Seq2 = 13 Seq3 = 18 Seq4 = 23 Seq5 = 23 Seq6 = 18 Seq7 = 29 Seq8 = 18 Seq9 = 25 Seq10 = 33 Seq11 = 28 Seq12 = 13 Seq13 = 22 Seq14 = 27 Seq15 = 20 Seq16 = 21 Seq17 = 20 Seq18 = 24 Seq19 = 16 Seq20 = 3 Seq21 = 9 Seq22 = 19 Seq23 = 23 Seq24 = 20 Seq25 = 13 Seq26 = 11 Seq27 = 23 Seq28 = 31 Seq29 = 15 Seq30 = 10 Seq31 = 30 Seq32 = 37 Seq33 = 34 Seq34 = 27 Seq35 = 24 Seq36 = 12 Seq37 = 12 Seq38 = 4 Seq39 = 23 Seq40 = 30 Seq41 = 19 Seq42 = 31 Seq43 = 28 Seq44 = 27 Seq45 = 12 Seq46 = 12 Seq47 = 19 Seq48 = 21 Seq49 = 6 Seq50 = 27 Seq51 = 18 Seq52 = 20 Seq53 = 30 Seq54 = 11 Seq55 = 6 Seq56 = 17 Seq57 = 11 Seq58 = 9 Seq59 = 3 Seq60 = 10 Seq61 = 19 Seq62 = 26 Seq63 = 29 Seq64 = 51 Seq65 = 46 Seq66 = 41 Seq67 = 35 Seq68 = 35 Seq69 = 30 Seq70 = 46 Seq71 = 26 Seq72 = 17 Seq73 = 19 Seq74 = 19 Seq75 = 15 Seq76 = 19 Seq77 = 23 SeqR1 = 8 SeqR2 = 15 SeqR3 = 12 SeqR4 = 25 SeqR5 = 19 SeqR6 = 20 SeqR7 = 26 SeqR8 = 17 SeqR9 = 18 SeqR10 = 24 SeqR11 = 22 SeqR12 = 20 SeqR13 = 27 SeqR14 = 23 SeqR15 = 19 SeqR16 = 16 SeqR17 = 23 SeqR18 = 18 SeqR19 = 16 SeqR20 = 8 SeqR21 = 14 SeqR22 = 14 SeqR23 = 22 SeqR24 = 19 SeqR25 = 14 SeqR26 = 13 SeqR27 = 15 SeqR28 = 23 SeqR29 = 11 SeqR30 = 13 SeqR31 = 29 SeqR32 = 31 SeqR33 = 25 SeqR34 = 23 SeqR35 = 22 SeqR36 = 13 SeqR37 = 11 SeqR38 = 6 SeqR39 = 24 SeqR40 = 22 SeqR41 = 16 SeqR42 = 30 SeqR43 = 30 SeqR44 = 25 SeqR45 = 20 SeqR46 = 13 SeqR47 = 31 SeqR48 = 20 SeqR49 = 12 SeqR50 = 30 SeqR51 = 23 SeqR52 = 24 SeqR53 = 33 SeqR54 = 18 SeqR55 = 4 SeqR56 = 18 SeqR57 = 10 SeqR58 = 5 SeqR59 = 8 SeqR60 = 11 SeqR61 = 15 SeqR62 = 26 SeqR63 = 24 SeqR64 = 48 SeqR65 = 51 SeqR66 = 33 SeqR67 = 15 SeqR68 = 26 SeqR69 = 31 SeqR70 = 40 SeqR71 = 34 SeqR72 = 18 SeqR73 = 19 SeqR74 = 21 SeqR75 = 10 SeqR76 = 12 SeqR77 = 24

1 MESETEPEPV 8
2 EPEPVTLLVK 13
3 TLLVKSPNQR 18
4 SPNQRHRDLE 23
5 HRDLELSGDR 23
6 LSGDRGWSVG 18
7 GWSVGHLKAH 29
8 HLKAHLSRVY 18
9 LSRVYPERPR 25
10 PERPRPEDQR 33
11 PEDQRLIYSG 28
12 LIYSGKLLLD 13
13 KLLLDHQCLR 22
14 HQCLRDLLPK 27
15 DLLPKQEKRH 20
16 QEKRHVLHLV 21
17 VLHLVCNVKS 20
18 CNVKSPSKMP 24
19 PSKMPEINAK 16
20 EINAKVAEST 3
21 VAESTEEPAG 9
22 EEPAGSNRGQ 19
23 SNRGQYPEDS 23
24 YPEDSSSDGL 20
25 SSDGLRQREV 13
26 RQREVLRNLS 11
27 LRNLSSPGWE 23
28 SPGWENISRP 31
29 NISRPEAAQQ 15
30 EAAQQAFQGL 10
31 AFQGLGPGFS 30
32 GPGFSGYTPY 37
33 GYTPYGWLQL 34
34 GWLQLSWFQQ 27
35 SWFQQIYARQ 24
36 IYARQYYMQY 12
37 YYMQYLAATA 12
38 LAATAASGAF 4
39 ASGAFVPPPS 23
40 VPPPSAQEIP 30
41 AQEIPVVSAP 19
42 VVSAPAPAPI 31
43 APAPIHNQFP 28
44 HNQFPAENQP 27
45 AENQPANQNA 12
46 ANQNAAPQVV 12
47 APQVVVNPGA 19
48 VNPGANQNLR 21
49 NQNLRMNAQG 6
50 MNAQGGPIVE 27
51 GPIVEEDDEI 18
52 EDDEINRDWL 20
53 NRDWLDWTYS 30
54 DWTYSAATFS 11
55 AATFSVFLSI 6
56 VFLSILYFYS 17
57 LYFYSSLSRF 11
58 SLSRFLMVMG 9
59 LMVMGATVVM 3
60 ATVVMYLHHV 10
61 YLHHVGWFPF 19
62 GWFPFRPRPV 26
63 RPRPVQNFPN 29
64 QNFPNDGPPP 51
65 DGPPPDVVNQ 46
66 DVVNQDPNNN 41
67 DPNNNLQEGT 35
68 LQEGTDPETE 35
69 DPETEDPNHL 30
70 DPNHLPPDRD 46
71 PPDRDVLDGE 26
72 VLDGEQTSPS 17
73 QTSPSFMSTA 19
74 FMSTAWLVFK 19
75 WLVFKTFFAS 15
76 TFFASLLPEG 19
77 LLPEGPPAIAN 23

1 VPEPETESEM 8
2 KVLLTVPEPE 15
3 RQNPSKVLLT 12
4 ELDRHRQNPS 25
5 RDGSLELDRH 19
6 GVSWGRDGSL 20
7 HAKLHGVSWG 26
8 YVRSLHAKLH 17
9 RPREPYVRSL 18
10 RQDEPRPREP 24
11 GSYILRQDEP 22
12 DLLLKGSYIL 20
13 RLCQHDLLLK 27
14 KPLLDRLCQH 23
15 HRKEQKPLLD 19
16 VLHLVHRKEQ 16
17 SKVNCVLHLV 23
18 PMKSPSKVNC 18
19 KANIEPMKSP 16
20 TSEAVKANIE 8
21 GAPEETSEAV 14
22 QGRNSGAPEE 14
23 SDEPYQGRNS 22
24 LGDSSSDEPY 19
25 VERQRLGDSS 14
26 SLNRLVERQR 13
27 EWGPSSLNRL 15
28 PRSINEWGPS 23
29 QQAAEPRSIN 11
30 LGQFAQQAAE 13
31 SFGPGLGQFA 29
32 YPTYGSFGPG 31
33 LQLWGYPTYG 25
34 QQFWSLQLWG 23
35 QRAYIQQFWS 22
36 YQMYYQRAYI 13
37 ATAALYQMYY 11
38 FAGSAATAAL 6
39 SPPPVFAGSA 24
40 PIEQASPPPV 22
41 PASVVPIEQA 16
42 IPAPAPASVV 30
43 PFQNHIPAPA 30
44 PQNEAPFQNH 25
45 ANQNAPQNEA 20
46 VVQPAANQNA 13
47 AGPNVVVQPA 31
48 RLNQNAGPNV 20
49 GQANMRLNQN 12
50 EVIPGGQANM 30
51 IEDDEEVIPG 23
52 LWDRNIEDDE 24
53 SYTWDLWDRN 33
54 SFTAASYTWD 18
55 ISLFVSFTAA 4
56 SYFYLISLFV 18
57 FRSLSSYFYL 10
58 GMVMLFRSLS 5
59 MVVTAGMVML 8
60 VHHLYMVVTA 11
61 FPFWGVHHLY 15
62 VPRPRFPFWG 26
63 NPFNQVPRPR 24
64 PPPGDNPFNQ 48
65 QNVVDPPPGD 51
66 NNNPDQNVVD 33
67 TGEQLNNNPD 15
68 ETEPDTGEQL 26
69 LHNPDETEPD 31
70 DRDPPLHNPD 40
71 EGDLVDRDPP 34
72 SPSTQEGDLV 18
73 ATSMFSPSTQ 19
74 KFVLWATSMF 21
75 SAFFTKFVLW 10
76 GEPLLSAFFT 12
77 NAIAPPGEPLL 24