Parkinson CIA30_HUMAN

CIA30_HUMAN - 327 amino acids

Parkinson

NC

CN

Max NC = 35
Total NC = 1064/2095
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 33
Total CN = 1031/2095
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 2 Seq2 = 9 Seq3 = 15 Seq4 = 14 Seq5 = 19 Seq6 = 18 Seq7 = 7 Seq8 = 7 Seq9 = 18 Seq10 = 16 Seq11 = 9 Seq12 = 15 Seq13 = 17 Seq14 = 6 Seq15 = 16 Seq16 = 18 Seq17 = 13 Seq18 = 15 Seq19 = 25 Seq20 = 21 Seq21 = 35 Seq22 = 28 Seq23 = 23 Seq24 = 22 Seq25 = 28 Seq26 = 18 Seq27 = 17 Seq28 = 17 Seq29 = 12 Seq30 = 9 Seq31 = 5 Seq32 = 10 Seq33 = 12 Seq34 = 17 Seq35 = 17 Seq36 = 21 Seq37 = 14 Seq38 = 14 Seq39 = 7 Seq40 = 14 Seq41 = 20 Seq42 = 16 Seq43 = 22 Seq44 = 14 Seq45 = 23 Seq46 = 10 Seq47 = 13 Seq48 = 12 Seq49 = 31 Seq50 = 26 Seq51 = 17 Seq52 = 18 Seq53 = 11 Seq54 = 19 Seq55 = 19 Seq56 = 15 Seq57 = 13 Seq58 = 21 Seq59 = 16 Seq60 = 13 Seq61 = 23 Seq62 = 19 Seq63 = 25 Seq64 = 28 SeqR1 = 1 SeqR2 = 6 SeqR3 = 10 SeqR4 = 9 SeqR5 = 17 SeqR6 = 15 SeqR7 = 12 SeqR8 = 7 SeqR9 = 15 SeqR10 = 19 SeqR11 = 12 SeqR12 = 21 SeqR13 = 19 SeqR14 = 5 SeqR15 = 7 SeqR16 = 11 SeqR17 = 10 SeqR18 = 12 SeqR19 = 15 SeqR20 = 18 SeqR21 = 29 SeqR22 = 33 SeqR23 = 24 SeqR24 = 17 SeqR25 = 17 SeqR26 = 14 SeqR27 = 23 SeqR28 = 12 SeqR29 = 17 SeqR30 = 11 SeqR31 = 8 SeqR32 = 11 SeqR33 = 13 SeqR34 = 9 SeqR35 = 14 SeqR36 = 15 SeqR37 = 13 SeqR38 = 13 SeqR39 = 8 SeqR40 = 13 SeqR41 = 13 SeqR42 = 15 SeqR43 = 17 SeqR44 = 26 SeqR45 = 16 SeqR46 = 9 SeqR47 = 18 SeqR48 = 16 SeqR49 = 23 SeqR50 = 27 SeqR51 = 20 SeqR52 = 12 SeqR53 = 17 SeqR54 = 24 SeqR55 = 25 SeqR56 = 8 SeqR57 = 11 SeqR58 = 29 SeqR59 = 33 SeqR60 = 18 SeqR61 = 33 SeqR62 = 27 SeqR63 = 16 SeqR64 = 23

1 MALVHKLLRG 2
2 KLLRGTYFLR 9
3 TYFLRKFSKP 15
4 KFSKPTSALY 14
5 TSALYPFLGI 19
6 PFLGIRFAEY 18
7 RFAEYSSSLQ 7
8 SSSLQKPVAS 7
9 KPVASPGKAS 18
10 PGKASSQRKT 16
11 SQRKTEGDLQ 9
12 EGDLQGDHQK 15
13 GDHQKEVALD 17
14 EVALDITSSE 6
15 ITSSEEKPDV 16
16 EKPDVSFDKA 18
17 SFDKAIRDEA 13
18 IRDEAIYHFR 15
19 IYHFRLLKDE 25
20 LLKDEIVDHW 21
21 IVDHWRGPEG 35
22 RGPEGHPLHE 28
23 HPLHEVLLEQ 23
24 VLLEQAKVVW 22
25 AKVVWQFRGK 28
26 QFRGKEDLDK 18
27 EDLDKWTVTS 17
28 WTVTSDKTIG 17
29 DKTIGGRSEV 12
30 GRSEVFLKMG 9
31 FLKMGKNNQS 5
32 KNNQSALLYG 10
33 ALLYGTLSSE 12
34 TLSSEAPQDG 17
35 APQDGESTRS 17
36 ESTRSGYCAM 21
37 GYCAMISRIP 14
38 ISRIPRGAFE 14
39 RGAFERKMSY 7
40 RKMSYDWSQF 14
41 DWSQFNTLYL 20
42 NTLYLRVRGD 16
43 RVRGDGRPWM 22
44 GRPWMVNIKE 14
45 VNIKEDTDFF 23
46 DTDFFQRTNQ 10
47 QRTNQMYSYF 13
48 MYSYFMFTRG 12
49 MFTRGGPYWQ 31
50 GPYWQEVKIP 26
51 EVKIPFSKFF 17
52 FSKFFFSNRG 18
53 FSNRGRIRDV 11
54 RIRDVQHELP 19
55 QHELPLDKIS 19
56 LDKISSIGFT 15
57 SIGFTLADKV 13
58 LADKVDGPFF 21
59 DGPFFLEIDF 16
60 LEIDFIGVFT 13
61 IGVFTDPAHT 23
62 DPAHTEEFAY 19
63 EEFAYENSPE 25
64 ENSPELNPRLFK 28

1 GRLLKHVLAM 1
2 RLFYTGRLLK 6
3 PKSFKRLFYT 10
4 YLASTPKSFK 9
5 IGLFPYLAST 17
6 YEAFRIGLFP 15
7 QLSSSYEAFR 12
8 SAVPKQLSSS 7
9 SAKGPSAVPK 15
10 TKRQSSAKGP 19
11 QLDGETKRQS 12
12 KQHDGQLDGE 21
13 DLAVEKQHDG 19
14 ESSTIDLAVE 5
15 VDPKEESSTI 7
16 AKDFSVDPKE 11
17 AEDRIAKDFS 10
18 RFHYIAEDRI 12
19 EDKLLRFHYI 15
20 WHDVIEDKLL 18
21 GEPGRWHDVI 29
22 EHLPHGEPGR 33
23 QELLVEHLPH 24
24 WVVKAQELLV 17
25 KGRFQWVVKA 17
26 KDLDEKGRFQ 14
27 STVTWKDLDE 23
28 GITKDSTVTW 12
29 VESRGGITKD 17
30 GMKLFVESRG 11
31 SQNNKGMKLF 8
32 GYLLASQNNK 11
33 ESSLTGYLLA 13
34 GDQPAESSLT 9
35 SRTSEGDQPA 14
36 MACYGSRTSE 15
37 PIRSIMACYG 13
38 EFAGRPIRSI 13
39 YSMKREFAGR 8
40 FQSWDYSMKR 13
41 LYLTNFQSWD 13
42 DGRVRLYLTN 15
43 MWPRGDGRVR 17
44 EKINVMWPRG 26
45 FFDTDEKINV 16
46 QNTRQFFDTD 9
47 FYSYMQNTRQ 18
48 GRTFMFYSYM 16
49 QWYPGGRTFM 23
50 PIKVEQWYPG 27
51 FFKSFPIKVE 20
52 GRNSFFFKSF 12
53 VDRIRGRNSF 17
54 PLEHQVDRIR 24
55 SIKDLPLEHQ 25
56 TFGISSIKDL 8
57 VKDALTFGIS 11
58 FFPGDVKDAL 29
59 FDIELFFPGD 33
60 TFVGIFDIEL 18
61 THAPDTFVGI 33
62 YAFEETHAPD 27
63 EPSNEYAFEE 16
64 KFLRPNLEPSNE 23