Parkinson ADT1_HUMAN

ADT1_HUMAN - 298 amino acids

Parkinson

NC

CN

Max NC = 39
Total NC = 898/1675
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 36
Total CN = 777/1675
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 3 Seq2 = 10 Seq3 = 9 Seq4 = 6 Seq5 = 11 Seq6 = 9 Seq7 = 7 Seq8 = 10 Seq9 = 8 Seq10 = 12 Seq11 = 17 Seq12 = 18 Seq13 = 19 Seq14 = 29 Seq15 = 22 Seq16 = 20 Seq17 = 25 Seq18 = 12 Seq19 = 19 Seq20 = 20 Seq21 = 25 Seq22 = 25 Seq23 = 15 Seq24 = 15 Seq25 = 14 Seq26 = 20 Seq27 = 10 Seq28 = 6 Seq29 = 9 Seq30 = 16 Seq31 = 16 Seq32 = 21 Seq33 = 11 Seq34 = 12 Seq35 = 13 Seq36 = 10 Seq37 = 16 Seq38 = 12 Seq39 = 16 Seq40 = 16 Seq41 = 39 Seq42 = 32 Seq43 = 27 Seq44 = 6 Seq45 = 13 Seq46 = 12 Seq47 = 13 Seq48 = 5 Seq49 = 11 Seq50 = 14 Seq51 = 16 Seq52 = 22 Seq53 = 21 Seq54 = 17 Seq55 = 16 Seq56 = 19 Seq57 = 11 Seq58 = 20 SeqR1 = 3 SeqR2 = 3 SeqR3 = 9 SeqR4 = 5 SeqR5 = 4 SeqR6 = 8 SeqR7 = 9 SeqR8 = 11 SeqR9 = 5 SeqR10 = 6 SeqR11 = 12 SeqR12 = 19 SeqR13 = 19 SeqR14 = 22 SeqR15 = 19 SeqR16 = 16 SeqR17 = 15 SeqR18 = 10 SeqR19 = 15 SeqR20 = 9 SeqR21 = 26 SeqR22 = 20 SeqR23 = 18 SeqR24 = 11 SeqR25 = 13 SeqR26 = 17 SeqR27 = 14 SeqR28 = 7 SeqR29 = 5 SeqR30 = 16 SeqR31 = 22 SeqR32 = 23 SeqR33 = 9 SeqR34 = 11 SeqR35 = 12 SeqR36 = 7 SeqR37 = 8 SeqR38 = 10 SeqR39 = 15 SeqR40 = 24 SeqR41 = 36 SeqR42 = 23 SeqR43 = 18 SeqR44 = 7 SeqR45 = 13 SeqR46 = 12 SeqR47 = 11 SeqR48 = 4 SeqR49 = 9 SeqR50 = 9 SeqR51 = 20 SeqR52 = 18 SeqR53 = 12 SeqR54 = 12 SeqR55 = 17 SeqR56 = 18 SeqR57 = 14 SeqR58 = 17

1 MGDHAWSFLK 3
2 WSFLKDFLAG 10
3 DFLAGGVAAA 9
4 GVAAAVSKTA 6
5 VSKTAVAPIE 11
6 VAPIERVKLL 9
7 RVKLLLQVQH 7
8 LQVQHASKQI 10
9 ASKQISAEKQ 8
10 SAEKQYKGII 12
11 YKGIIDCVVR 17
12 DCVVRIPKEQ 18
13 IPKEQGFLSF 19
14 GFLSFWRGNL 29
15 WRGNLANVIR 22
16 ANVIRYFPTQ 20
17 YFPTQALNFA 25
18 ALNFAFKDKY 12
19 FKDKYKQLFL 19
20 KQLFLGGVDR 20
21 GGVDRHKQFW 25
22 HKQFWRYFAG 25
23 RYFAGNLASG 15
24 NLASGGAAGA 15
25 GAAGATSLCF 14
26 TSLCFVYPLD 20
27 VYPLDFARTR 10
28 FARTRLAADV 6
29 LAADVGKGAA 9
30 GKGAAQREFH 16
31 QREFHGLGDC 16
32 GLGDCIIKIF 21
33 IIKIFKSDGL 11
34 KSDGLRGLYQ 12
35 RGLYQGFNVS 13
36 GFNVSVQGII 10
37 VQGIIIYRAA 16
38 IYRAAYFGVY 12
39 YFGVYDTAKG 16
40 DTAKGMLPDP 16
41 MLPDPKNVHI 39
42 KNVHIFVSWM 32
43 FVSWMIAQSV 27
44 IAQSVTAVAG 6
45 TAVAGLVSYP 13
46 LVSYPFDTVR 12
47 FDTVRRRMMM 13
48 RRMMMQSGRK 5
49 QSGRKGADIM 11
50 GADIMYTGTV 14
51 YTGTVDCWRK 16
52 DCWRKIAKDE 22
53 IAKDEGAKAF 21
54 GAKAFFKGAW 17
55 FKGAWSNVLR 16
56 SNVLRGMGGA 19
57 GMGGAFVLVL 11
58 FVLVLYDEIKKYV 20

1 KLFSWAHDGM 3
2 GALFDKLFSW 3
3 AAAVGGALFD 9
4 ATKSVAAAVG 5
5 EIPAVATKSV 4
6 LLKVREIPAV 8
7 HQVQLLLKVR 9
8 IQKSAHQVQL 11
9 QKEASIQKSA 5
10 IIGKYQKEAS 6
11 RVVCDIIGKY 12
12 QEKPIRVVCD 19
13 FSLFGQEKPI 19
14 LNGRWFSLFG 22
15 RIVNALNGRW 19
16 QTPFYRIVNA 16
17 AFNLAQTPFY 15
18 YKDKFAFNLA 10
19 LFLQKYKDKF 15
20 RDVGGLFLQK 9
21 WFQKHRDVGG 26
22 GAFYRWFQKH 20
23 GSALNGAFYR 18
24 AGAAGGSALN 11
25 FCLSTAGAAG 13
26 DLPYVFCLST 17
27 RTRAFDLPYV 14
28 VDAALRTRAF 7
29 AAGKGVDAAL 5
30 HFERQAAGKG 16
31 CDGLGHFERQ 22
32 FIKIICDGLG 23
33 LGDSKFIKII 9
34 QYLGRLGDSK 11
35 SVNFGQYLGR 12
36 IIGQVSVNFG 7
37 AARYIIIGQV 8
38 YVGFYAARYI 10
39 GKATDYVGFY 15
40 PDPLMGKATD 24
41 IHVNKPDPLM 36
42 MWSVFIHVNK 23
43 VSQAIMWSVF 18
44 GAVATVSQAI 7
45 PYSVLGAVAT 13
46 RVTDFPYSVL 12
47 MMMRRRVTDF 11
48 KRGSQMMMRR 4
49 MIDAGKRGSQ 9
50 VTGTYMIDAG 9
51 KRWCDVTGTY 20
52 EDKAIKRWCD 18
53 FAKAGEDKAI 12
54 WAGKFFAKAG 12
55 RLVNSWAGKF 17
56 AGGMGRLVNS 18
57 LVLVFAGGMG 14
58 VYKKIEDYLVLVF 17