Human ADT1_HUMAN

ADT1_HUMAN - 298 amino acids

Human

NC

CN

Max NC = 50
Total NC = 810/1257
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 36
Total CN = 447/1257
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 20 Seq2 = 25 Seq3 = 5 Seq4 = 5 Seq5 = 6 Seq6 = 7 Seq7 = 7 Seq8 = 5 Seq9 = 4 Seq10 = 4 Seq11 = 32 Seq12 = 29 Seq13 = 10 Seq14 = 32 Seq15 = 14 Seq16 = 15 Seq17 = 8 Seq18 = 11 Seq19 = 9 Seq20 = 18 Seq21 = 28 Seq22 = 26 Seq23 = 9 Seq24 = 8 Seq25 = 6 Seq26 = 14 Seq27 = 17 Seq28 = 5 Seq29 = 6 Seq30 = 10 Seq31 = 17 Seq32 = 21 Seq33 = 4 Seq34 = 21 Seq35 = 10 Seq36 = 9 Seq37 = 7 Seq38 = 15 Seq39 = 10 Seq40 = 15 Seq41 = 25 Seq42 = 28 Seq43 = 5 Seq44 = 4 Seq45 = 5 Seq46 = 25 Seq47 = 12 Seq48 = 5 Seq49 = 6 Seq50 = 6 Seq51 = 50 Seq52 = 25 Seq53 = 7 Seq54 = 18 Seq55 = 20 Seq56 = 11 Seq57 = 7 Seq58 = 27 SeqR1 = 27 SeqR2 = 11 SeqR3 = 4 SeqR6 = 3 SeqR10 = 2 SeqR11 = 15 SeqR12 = 11 SeqR13 = 12 SeqR14 = 21 SeqR15 = 10 SeqR16 = 8 SeqR17 = 3 SeqR18 = 3 SeqR19 = 9 SeqR20 = 5 SeqR21 = 31 SeqR22 = 36 SeqR23 = 4 SeqR24 = 3 SeqR25 = 7 SeqR26 = 14 SeqR27 = 1 SeqR30 = 19 SeqR31 = 18 SeqR32 = 16 SeqR33 = 6 SeqR34 = 10 SeqR35 = 4 SeqR38 = 2 SeqR39 = 8 SeqR40 = 2 SeqR41 = 10 SeqR42 = 11 SeqR43 = 6 SeqR45 = 4 SeqR46 = 2 SeqR47 = 3 SeqR49 = 1 SeqR50 = 4 SeqR51 = 28 SeqR52 = 12 SeqR53 = 2 SeqR54 = 7 SeqR55 = 15 SeqR56 = 1 SeqR57 = 4 SeqR58 = 12

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

1 KLFSWAHDGM 27
2 GALFDKLFSW 11
3 AAAVGGALFD 4
4 ATKSVAAAVG 0
5 EIPAVATKSV 0
6 LLKVREIPAV 3
7 HQVQLLLKVR 0
8 IQKSAHQVQL 0
9 QKEASIQKSA 0
10 IIGKYQKEAS 2
11 RVVCDIIGKY 15
12 QEKPIRVVCD 11
13 FSLFGQEKPI 12
14 LNGRWFSLFG 21
15 RIVNALNGRW 10
16 QTPFYRIVNA 8
17 AFNLAQTPFY 3
18 YKDKFAFNLA 3
19 LFLQKYKDKF 9
20 RDVGGLFLQK 5
21 WFQKHRDVGG 31
22 GAFYRWFQKH 36
23 GSALNGAFYR 4
24 AGAAGGSALN 3
25 FCLSTAGAAG 7
26 DLPYVFCLST 14
27 RTRAFDLPYV 1
28 VDAALRTRAF 0
29 AAGKGVDAAL 0
30 HFERQAAGKG 19
31 CDGLGHFERQ 18
32 FIKIICDGLG 16
33 LGDSKFIKII 6
34 QYLGRLGDSK 10
35 SVNFGQYLGR 4
36 IIGQVSVNFG 0
37 AARYIIIGQV 0
38 YVGFYAARYI 2
39 GKATDYVGFY 8
40 PDPLMGKATD 2
41 IHVNKPDPLM 10
42 MWSVFIHVNK 11
43 VSQAIMWSVF 6
44 GAVATVSQAI 0
45 PYSVLGAVAT 4
46 RVTDFPYSVL 2
47 MMMRRRVTDF 3
48 KRGSQMMMRR 0
49 MIDAGKRGSQ 1
50 VTGTYMIDAG 4
51 KRWCDVTGTY 28
52 EDKAIKRWCD 12
53 FAKAGEDKAI 2
54 WAGKFFAKAG 7
55 RLVNSWAGKF 15
56 AGGMGRLVNS 1
57 LVLVFAGGMG 4
58 VYKKIEDYLVLVF 12