Parkinson OXDD_HUMAN

OXDD_HUMAN - 341 amino acids

Parkinson

NC

CN

Max NC = 33
Total NC = 1190/2358
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 31
Total CN = 1168/2358
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 1 Seq2 = 8 Seq3 = 7 Seq4 = 10 Seq5 = 23 Seq6 = 22 Seq7 = 9 Seq8 = 18 Seq9 = 5 Seq10 = 22 Seq11 = 25 Seq12 = 32 Seq13 = 26 Seq14 = 30 Seq15 = 13 Seq16 = 3 Seq17 = 13 Seq18 = 20 Seq19 = 20 Seq20 = 15 Seq21 = 29 Seq22 = 21 Seq23 = 16 Seq24 = 10 Seq25 = 16 Seq26 = 18 Seq27 = 8 Seq28 = 14 Seq29 = 22 Seq30 = 21 Seq31 = 16 Seq32 = 20 Seq33 = 20 Seq34 = 22 Seq35 = 22 Seq36 = 14 Seq37 = 9 Seq38 = 6 Seq39 = 17 Seq40 = 15 Seq41 = 5 Seq42 = 17 Seq43 = 19 Seq44 = 18 Seq45 = 29 Seq46 = 21 Seq47 = 9 Seq48 = 20 Seq49 = 29 Seq50 = 13 Seq51 = 11 Seq52 = 33 Seq53 = 24 Seq54 = 25 Seq55 = 23 Seq56 = 26 Seq57 = 20 Seq58 = 15 Seq59 = 22 Seq60 = 29 Seq61 = 25 Seq62 = 30 Seq63 = 20 Seq64 = 8 Seq65 = 15 Seq66 = 14 Seq67 = 12 SeqR1 = 1 SeqR2 = 4 SeqR3 = 7 SeqR4 = 10 SeqR5 = 15 SeqR6 = 10 SeqR7 = 8 SeqR8 = 15 SeqR9 = 5 SeqR10 = 15 SeqR11 = 31 SeqR12 = 27 SeqR13 = 26 SeqR14 = 26 SeqR15 = 16 SeqR16 = 3 SeqR17 = 12 SeqR18 = 17 SeqR19 = 13 SeqR20 = 11 SeqR21 = 31 SeqR22 = 23 SeqR23 = 21 SeqR24 = 13 SeqR25 = 16 SeqR26 = 19 SeqR27 = 8 SeqR28 = 13 SeqR29 = 28 SeqR30 = 17 SeqR31 = 22 SeqR32 = 22 SeqR33 = 23 SeqR34 = 30 SeqR35 = 26 SeqR36 = 24 SeqR37 = 20 SeqR38 = 9 SeqR39 = 10 SeqR40 = 17 SeqR41 = 10 SeqR42 = 22 SeqR43 = 12 SeqR44 = 16 SeqR45 = 26 SeqR46 = 29 SeqR47 = 13 SeqR48 = 16 SeqR49 = 27 SeqR50 = 12 SeqR51 = 14 SeqR52 = 30 SeqR53 = 28 SeqR54 = 17 SeqR55 = 17 SeqR56 = 26 SeqR57 = 7 SeqR58 = 11 SeqR59 = 21 SeqR60 = 21 SeqR61 = 28 SeqR62 = 25 SeqR63 = 24 SeqR64 = 9 SeqR65 = 13 SeqR66 = 15 SeqR67 = 15

1 MDTARIAVVG 1
2 IAVVGAGVVG 8
3 AGVVGLSTAV 7
4 LSTAVCISKL 10
5 CISKLVPRCS 23
6 VPRCSVTIIS 22
7 VTIISDKFTP 9
8 DKFTPDTTSD 18
9 DTTSDVAAGM 5
10 VAAGMLIPHT 22
11 LIPHTYPDTP 25
12 YPDTPIHTQK 32
13 IHTQKQWFRE 26
14 QWFRETFNHL 30
15 TFNHLFAIAN 13
16 FAIANSAEAG 3
17 SAEAGDAGVH 13
18 DAGVHLVSGW 20
19 LVSGWQIFQS 20
20 QIFQSTPTEE 15
21 TPTEEVPFWA 29
22 VPFWADVVLG 21
23 DVVLGFRKMT 16
24 FRKMTEAELK 10
25 EAELKKFPQY 16
26 KFPQYVFGQA 18
27 VFGQAFTTLK 8
28 FTTLKCECPA 14
29 CECPAYLPWL 22
30 YLPWLEKRIK 21
31 EKRIKGSGGW 16
32 GSGGWTLTRR 20
33 TLTRRIEDLW 20
34 IEDLWELHPS 22
35 ELHPSFDIVV 22
36 FDIVVNCSGL 14
37 NCSGLGSRQL 9
38 GSRQLAGDSK 6
39 AGDSKIFPVR 17
40 IFPVRGQVLQ 15
41 GQVLQVQAPW 5
42 VQAPWVEHFI 17
43 VEHFIRDGSG 19
44 RDGSGLTYIY 18
45 LTYIYPGTSH 29
46 PGTSHVTLGG 21
47 VTLGGTRQKG 9
48 TRQKGDWNLS 20
49 DWNLSPDAEN 29
50 PDAENSREIL 13
51 SREILSRCCA 11
52 SRCCALEPSL 33
53 LEPSLHGACN 24
54 HGACNIREKV 25
55 IREKVGLRPY 23
56 GLRPYRPGVR 26
57 RPGVRLQTEL 20
58 LQTELLARDG 15
59 LARDGQRLPV 22
60 QRLPVVHHYG 29
61 VHHYGHGSGG 25
62 HGSGGISVHW 30
63 ISVHWGTALE 20
64 GTALEAARLV 8
65 AARLVSECVH 15
66 SECVHALRTP 14
67 ALRTPIPKSNL 12

1 GVVAIRATDM 1
2 GVVGAGVVAI 4
3 VATSLGVVGA 7
4 LKSICVATSL 10
5 SCRPVLKSIC 15
6 SIITVSCRPV 10
7 PTFKDSIITV 8
8 DSTTDPTFKD 15
9 MGAAVDSTTD 5
10 THPILMGAAV 15
11 PTDPYTHPIL 31
12 KQTHIPTDPY 27
13 ERFWQKQTHI 26
14 LHNFTERFWQ 26
15 NAIAFLHNFT 16
16 GAEASNAIAF 3
17 HVGADGAEAS 12
18 WGSVLHVGAD 17
19 SQFIQWGSVL 13
20 EETPTSQFIQ 11
21 AWFPVEETPT 31
22 GLVVDAWFPV 23
23 TMKRFGLVVD 21
24 KLEAETMKRF 13
25 YQPFKKLEAE 16
26 AQGFVYQPFK 19
27 KLTTFAQGFV 8
28 APCECKLTTF 13
29 LWPLYAPCEC 28
30 KIRKELWPLY 17
31 WGGSGKIRKE 22
32 RRTLTWGGSG 22
33 WLDEIRRTLT 23
34 SPHLEWLDEI 30
35 VVIDFSPHLE 26
36 LGSCNVVIDF 24
37 LQRSGLGSCN 20
38 KSDGALQRSG 9
39 RVPFIKSDGA 10
40 QLVQGRVPFI 17
41 WPAQVQLVQG 10
42 IFHEVWPAQV 22
43 GSGDRIFHEV 12
44 YIYTLGSGDR 16
45 HSTGPYIYTL 26
46 GGLTVHSTGP 29
47 GKQRTGGLTV 13
48 SLNWDGKQRT 16
49 NEADPSLNWD 27
50 LIERSNEADP 12
51 ACCRSLIERS 14
52 LSPELACCRS 30
53 NCAGHLSPEL 28
54 VKERINCAGH 17
55 YPRLGVKERI 17
56 RVGPRYPRLG 26
57 LETQLRVGPR 7
58 GDRALLETQL 11
59 VPLRQGDRAL 21
60 GYHHVVPLRQ 21
61 GGSGHGYHHV 28
62 WHVSIGGSGH 25
63 ELATGWHVSI 24
64 VLRAAELATG 9
65 HVCESVLRAA 13
66 PTRLAHVCES 15
67 LNSKPIPTRLA 15