Parkinson SEPT5_HUMAN

SEPT5_HUMAN - 369 amino acids

Parkinson

NC

CN

Max NC = 39
Total NC = 1223/2302
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 32
Total CN = 1079/2302
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 3 Seq2 = 5 Seq3 = 12 Seq4 = 14 Seq5 = 12 Seq6 = 26 Seq7 = 16 Seq8 = 15 Seq9 = 11 Seq10 = 7 Seq11 = 16 Seq12 = 10 Seq13 = 12 Seq14 = 12 Seq15 = 7 Seq16 = 8 Seq17 = 7 Seq18 = 18 Seq19 = 13 Seq20 = 10 Seq21 = 15 Seq22 = 34 Seq23 = 16 Seq24 = 23 Seq25 = 29 Seq26 = 21 Seq27 = 24 Seq28 = 16 Seq29 = 12 Seq30 = 15 Seq31 = 22 Seq32 = 31 Seq33 = 30 Seq34 = 27 Seq35 = 19 Seq36 = 17 Seq37 = 10 Seq38 = 16 Seq39 = 12 Seq40 = 18 Seq41 = 17 Seq42 = 25 Seq43 = 15 Seq44 = 34 Seq45 = 21 Seq46 = 25 Seq47 = 20 Seq48 = 23 Seq49 = 16 Seq50 = 12 Seq51 = 11 Seq52 = 16 Seq53 = 16 Seq54 = 12 Seq55 = 15 Seq56 = 19 Seq57 = 4 Seq58 = 15 Seq59 = 23 Seq60 = 24 Seq61 = 21 Seq62 = 24 Seq63 = 9 Seq64 = 5 Seq65 = 16 Seq66 = 33 Seq67 = 39 Seq68 = 26 Seq69 = 12 Seq70 = 14 Seq71 = 9 Seq72 = 11 SeqR2 = 5 SeqR3 = 11 SeqR4 = 9 SeqR5 = 10 SeqR6 = 22 SeqR7 = 14 SeqR8 = 7 SeqR9 = 13 SeqR10 = 7 SeqR11 = 7 SeqR12 = 12 SeqR13 = 14 SeqR14 = 8 SeqR15 = 5 SeqR16 = 9 SeqR17 = 4 SeqR18 = 7 SeqR19 = 13 SeqR20 = 22 SeqR21 = 13 SeqR22 = 22 SeqR23 = 18 SeqR24 = 28 SeqR25 = 25 SeqR26 = 11 SeqR27 = 20 SeqR28 = 16 SeqR29 = 9 SeqR30 = 8 SeqR31 = 17 SeqR32 = 28 SeqR33 = 29 SeqR34 = 28 SeqR35 = 23 SeqR36 = 19 SeqR37 = 13 SeqR38 = 11 SeqR39 = 20 SeqR40 = 12 SeqR41 = 15 SeqR42 = 9 SeqR43 = 17 SeqR44 = 25 SeqR45 = 24 SeqR46 = 22 SeqR47 = 12 SeqR48 = 17 SeqR49 = 19 SeqR50 = 8 SeqR51 = 10 SeqR52 = 13 SeqR53 = 24 SeqR54 = 15 SeqR55 = 15 SeqR56 = 18 SeqR57 = 3 SeqR58 = 13 SeqR59 = 24 SeqR60 = 19 SeqR61 = 12 SeqR62 = 20 SeqR63 = 10 SeqR64 = 5 SeqR65 = 12 SeqR66 = 28 SeqR67 = 32 SeqR68 = 17 SeqR69 = 14 SeqR70 = 16 SeqR71 = 9 SeqR72 = 13

1 MSTGLRYKSK 3
2 RYKSKLATPE 5
3 LATPEDKQDI 12
4 DKQDIDKQYV 14
5 DKQYVGFATL 12
6 GFATLPNQVH 26
7 PNQVHRKSVK 16
8 RKSVKKGFDF 15
9 KGFDFTLMVA 11
10 TLMVAGESGL 7
11 GESGLGKSTL 16
12 GKSTLVHSLF 10
13 VHSLFLTDLY 12
14 LTDLYKDRKL 12
15 KDRKLLSAEE 7
16 LSAEERISQT 8
17 RISQTVEILK 7
18 VEILKHTVDI 18
19 HTVDIEEKGV 13
20 EEKGVKLKLT 10
21 KLKLTIVDTP 15
22 IVDTPGFGDA 34
23 GFGDAVNNTE 16
24 VNNTECWKPI 23
25 CWKPITDYVD 29
26 TDYVDQQFEQ 21
27 QQFEQYFRDE 24
28 YFRDESGLNR 16
29 SGLNRKNIQD 12
30 KNIQDNRVHC 15
31 NRVHCCLYFI 22
32 CLYFISPFGH 31
33 SPFGHGLRPV 30
34 GLRPVDVGFM 27
35 DVGFMKALHE 19
36 KALHEKVNIV 17
37 KVNIVPLIAK 10
38 PLIAKADCLV 16
39 ADCLVPSEIR 12
40 PSEIRKLKER 18
41 KLKERIREEI 17
42 IREEIDKFGI 25
43 DKFGIHVYQF 15
44 HVYQFPECDS 34
45 PECDSDEDED 21
46 DEDEDFKQQD 25
47 FKQQDRELKE 20
48 RELKESAPFA 23
49 SAPFAVIGSN 16
50 VIGSNTVVEA 12
51 TVVEAKGQRV 11
52 KGQRVRGRLY 16
53 RGRLYPWGIV 16
54 PWGIVEVENQ 12
55 EVENQAHCDF 15
56 AHCDFVKLRN 19
57 VKLRNMLIRT 4
58 MLIRTHMHDL 15
59 HMHDLKDVTC 23
60 KDVTCDVHYE 24
61 DVHYENYRAH 21
62 NYRAHCIQQM 24
63 CIQQMTSKLT 9
64 TSKLTQDSRM 5
65 QDSRMESPIP 16
66 ESPIPILPLP 33
67 ILPLPTPDAE 39
68 TPDAETEKLI 26
69 TEKLIRMKDE 12
70 RMKDEELRRM 14
71 ELRRMQEMLQ 9
72 QEMLQRMKQQMQDQ 11

1 KSKYRLGTSM 0
2 EPTALKSKYR 5
3 IDQKDEPTAL 11
4 VYQKDIDQKD 9
5 LTAFGVYQKD 10
6 HVQNPLTAFG 22
7 KVSKRHVQNP 14
8 FDFGKKVSKR 7
9 AVMLTFDFGK 13
10 LGSEGAVMLT 7
11 LTSKGLGSEG 7
12 FLSHVLTSKG 12
13 YLDTLFLSHV 14
14 LKRDKYLDTL 8
15 EEASLLKRDK 5
16 TQSIREEASL 9
17 KLIEVTQSIR 4
18 IDVTHKLIEV 7
19 VGKEEIDVTH 13
20 TLKLKVGKEE 22
21 PTDVITLKLK 13
22 ADGFGPTDVI 22
23 ETNNVADGFG 18
24 IPKWCETNNV 28
25 DVYDTIPKWC 25
26 QEFQQDVYDT 11
27 EDRFYQEFQQ 20
28 RNLGSEDRFY 16
29 DQINKRNLGS 9
30 CHVRNDQINK 8
31 IFYLCCHVRN 17
32 HGFPSIFYLC 28
33 VPRLGHGFPS 29
34 MFGVDVPRLG 28
35 EHLAKMFGVD 23
36 VINVKEHLAK 19
37 KAILPVINVK 13
38 VLCDAKAILP 11
39 RIESPVLCDA 20
40 REKLKRIESP 12
41 IEERIREKLK 15
42 IGFKDIEERI 9
43 FQYVHIGFKD 17
44 SDCEPFQYVH 25
45 DEDEDSDCEP 24
46 DQQKFDEDED 22
47 EKLERDQQKF 12
48 AFPASEKLER 17
49 NSGIVAFPAS 19
50 AEVVTNSGIV 8
51 VRQGKAEVVT 10
52 YLRGRVRQGK 13
53 VIGWPYLRGR 24
54 QNEVEVIGWP 15
55 FDCHAQNEVE 15
56 NRLKVFDCHA 18
57 TRILMNRLKV 3
58 LDHMHTRILM 13
59 CTVDKLDHMH 24
60 EYHVDCTVDK 19
61 HARYNEYHVD 12
62 MQQICHARYN 20
63 TLKSTMQQIC 10
64 MRSDQTLKST 5
65 PIPSEMRSDQ 12
66 PLPLIPIPSE 28
67 EADPTPLPLI 32
68 ILKETEADPT 17
69 EDKMRILKET 14
70 MRRLEEDKMR 16
71 QLMEQMRRLE 9
72 QDQMQQKMRQLMEQ 13