Parkinson NDUA9_HUMAN

NDUA9_HUMAN - 377 amino acids

Parkinson

NC

CN

Max NC = 40
Total NC = 1237/2398
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 31
Total CN = 1161/2398
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 2 Seq2 = 1 Seq3 = 2 Seq4 = 2 Seq5 = 13 Seq6 = 25 Seq7 = 40 Seq8 = 33 Seq9 = 29 Seq10 = 10 Seq11 = 13 Seq12 = 12 Seq13 = 15 Seq14 = 17 Seq15 = 13 Seq16 = 14 Seq17 = 18 Seq18 = 21 Seq19 = 26 Seq20 = 21 Seq21 = 25 Seq22 = 30 Seq23 = 14 Seq24 = 15 Seq25 = 15 Seq26 = 17 Seq27 = 24 Seq28 = 17 Seq29 = 20 Seq30 = 16 Seq31 = 8 Seq32 = 11 Seq33 = 9 Seq34 = 16 Seq35 = 9 Seq36 = 7 Seq37 = 11 Seq38 = 12 Seq39 = 18 Seq40 = 15 Seq41 = 17 Seq42 = 18 Seq43 = 5 Seq44 = 15 Seq45 = 23 Seq46 = 16 Seq47 = 24 Seq48 = 16 Seq49 = 19 Seq50 = 14 Seq51 = 22 Seq52 = 24 Seq53 = 23 Seq54 = 26 Seq55 = 15 Seq56 = 12 Seq57 = 10 Seq58 = 24 Seq59 = 19 Seq60 = 19 Seq61 = 20 Seq62 = 27 Seq63 = 16 Seq64 = 13 Seq65 = 18 Seq66 = 19 Seq67 = 32 Seq68 = 15 Seq69 = 12 Seq70 = 12 Seq71 = 16 Seq72 = 13 Seq73 = 16 Seq74 = 11 SeqR2 = 1 SeqR4 = 4 SeqR5 = 8 SeqR6 = 31 SeqR7 = 27 SeqR8 = 23 SeqR9 = 31 SeqR10 = 19 SeqR11 = 16 SeqR12 = 12 SeqR13 = 10 SeqR14 = 12 SeqR15 = 13 SeqR16 = 14 SeqR17 = 23 SeqR18 = 23 SeqR19 = 14 SeqR20 = 21 SeqR21 = 28 SeqR22 = 22 SeqR23 = 10 SeqR24 = 8 SeqR25 = 10 SeqR26 = 18 SeqR27 = 14 SeqR28 = 14 SeqR29 = 18 SeqR30 = 8 SeqR31 = 4 SeqR32 = 12 SeqR33 = 13 SeqR34 = 11 SeqR35 = 8 SeqR36 = 5 SeqR37 = 7 SeqR38 = 6 SeqR39 = 17 SeqR40 = 15 SeqR41 = 25 SeqR42 = 20 SeqR43 = 15 SeqR44 = 21 SeqR45 = 30 SeqR46 = 26 SeqR47 = 17 SeqR48 = 18 SeqR49 = 8 SeqR50 = 5 SeqR51 = 17 SeqR52 = 17 SeqR53 = 19 SeqR54 = 26 SeqR55 = 19 SeqR56 = 13 SeqR57 = 18 SeqR58 = 22 SeqR59 = 23 SeqR60 = 21 SeqR61 = 22 SeqR62 = 20 SeqR63 = 22 SeqR64 = 18 SeqR65 = 14 SeqR66 = 20 SeqR67 = 29 SeqR68 = 6 SeqR69 = 14 SeqR70 = 8 SeqR71 = 14 SeqR72 = 17 SeqR73 = 14 SeqR74 = 13

1 MAAAAQSRVV 2
2 QSRVVRVLSM 1
3 RVLSMSRSAI 2
4 SRSAITAIAT 2
5 TAIATSVCHG 13
6 SVCHGPPCRQ 25
7 PPCRQLHHAL 40
8 LHHALMPHGK 33
9 MPHGKGGRSS 29
10 GGRSSVSGIV 10
11 VSGIVATVFG 13
12 ATVFGATGFL 12
13 ATGFLGRYVV 15
14 GRYVVNHLGR 17
15 NHLGRMGSQV 13
16 MGSQVIIPYR 14
17 IIPYRCDKYD 18
18 CDKYDIMHLR 21
19 IMHLRPMGDL 26
20 PMGDLGQLLF 21
21 GQLLFLEWDA 25
22 LEWDARDKDS 30
23 RDKDSIRRVV 14
24 IRRVVQHSNV 15
25 QHSNVVINLI 15
26 VINLIGRDWE 17
27 GRDWETKNFD 24
28 TKNFDFEDVF 17
29 FEDVFVKIPQ 20
30 VKIPQAIAQL 16
31 AIAQLSKEAG 8
32 SKEAGVEKFI 11
33 VEKFIHVSHL 9
34 HVSHLNANIK 16
35 NANIKSSSRY 9
36 SSSRYLRNKA 7
37 LRNKAVGEKV 11
38 VGEKVVRDAF 12
39 VRDAFPEAII 18
40 PEAIIVKPSD 15
41 VKPSDIFGRE 17
42 IFGREDRFLN 18
43 DRFLNSFASM 5
44 SFASMHRFGP 15
45 HRFGPIPLGS 23
46 IPLGSLGWKT 16
47 LGWKTVKQPV 24
48 VKQPVYVVDV 16
49 YVVDVSKGIV 19
50 SKGIVNAVKD 14
51 NAVKDPDANG 22
52 PDANGKSFAF 24
53 KSFAFVGPSR 23
54 VGPSRYLLFH 26
55 YLLFHLVKYI 15
56 LVKYIFAVAH 12
57 FAVAHRLFLP 10
58 RLFLPFPLPL 24
59 FPLPLFAYRW 19
60 FAYRWVARVF 19
61 VARVFEISPF 20
62 EISPFEPWIT 27
63 EPWITRDKVE 16
64 RDKVERMHIT 13
65 RMHITDMKLP 18
66 DMKLPHLPGL 19
67 HLPGLEDLGI 32
68 EDLGIQATPL 15
69 QATPLELKAI 12
70 ELKAIEVLRR 12
71 EVLRRHRTYR 16
72 HRTYRWLSAE 13
73 WLSAEIEDVK 16
74 IEDVKPAKTVNI 11

1 VVRSQAAAAM 0
2 MSLVRVVRSQ 1
3 IASRSMSLVR 0
4 TAIATIASRS 4
5 GHCVSTAIAT 8
6 QRCPPGHCVS 31
7 LAHHLQRCPP 27
8 KGHPMLAHHL 23
9 SSRGGKGHPM 31
10 VIGSVSSRGG 19
11 GFVTAVIGSV 16
12 LFGTAGFVTA 12
13 VVYRGLFGTA 10
14 RGLHNVVYRG 12
15 VQSGMRGLHN 13
16 RYPIIVQSGM 14
17 DYKDCRYPII 23
18 RLHMIDYKDC 23
19 LDGMPRLHMI 14
20 FLLQGLDGMP 21
21 ADWELFLLQG 28
22 SDKDRADWEL 22
23 VVRRISDKDR 10
24 VNSHQVVRRI 8
25 ILNIVVNSHQ 10
26 EWDRGILNIV 18
27 DFNKTEWDRG 14
28 FVDEFDFNKT 14
29 QPIKVFVDEF 18
30 LQAIAQPIKV 8
31 GAEKSLQAIA 4
32 IFKEVGAEKS 12
33 LHSVHIFKEV 13
34 KINANLHSVH 11
35 YRSSSKINAN 8
36 AKNRLYRSSS 5
37 VKEGVAKNRL 7
38 FADRVVKEGV 6
39 IIAEPFADRV 17
40 DSPKVIIAEP 15
41 ERGFIDSPKV 25
42 NLFRDERGFI 20
43 MSAFSNLFRD 15
44 PGFRHMSAFS 21
45 SGLPIPGFRH 30
46 TKWGLSGLPI 26
47 VPQKVTKWGL 17
48 VDVVYVPQKV 18
49 VIGKSVDVVY 8
50 DKVANVIGKS 5
51 GNADPDKVAN 17
52 FAFSKGNADP 17
53 RSPGVFAFSK 19
54 HFLLYRSPGV 26
55 IYKVLHFLLY 19
56 HAVAFIYKVL 13
57 PLFLRHAVAF 18
58 LPLPFPLFLR 22
59 WRYAFLPLPF 23
60 FVRAVWRYAF 21
61 FPSIEFVRAV 22
62 TIWPEFPSIE 20
63 EVKDRTIWPE 22
64 TIHMREVKDR 18
65 PLKMDTIHMR 14
66 LGPLHPLKMD 20
67 IGLDELGPLH 29
68 LPTAQIGLDE 6
69 IAKLELPTAQ 14
70 RRLVEIAKLE 8
71 RYTRHRRLVE 14
72 EASLWRYTRH 17
73 KVDEIEASLW 14
74 INVTKAPKVDEI 13