X AA1R_HUMAN

AA1R_HUMAN - 326 amino acids

X

NC

CN

Max NC = 58
Total NC = 1000/1983
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 50
Total CN = 983/1983
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 6 Seq2 = 6 Seq3 = 12 Seq4 = 7 Seq5 = 16 Seq6 = 19 Seq7 = 9 Seq8 = 8 Seq9 = 10 Seq10 = 8 Seq11 = 10 Seq12 = 6 Seq13 = 13 Seq14 = 12 Seq15 = 36 Seq16 = 21 Seq17 = 10 Seq18 = 2 Seq19 = 1 Seq20 = 2 Seq21 = 15 Seq22 = 11 Seq23 = 8 Seq24 = 7 Seq25 = 5 Seq26 = 10 Seq27 = 14 Seq28 = 7 Seq29 = 27 Seq30 = 12 Seq31 = 13 Seq32 = 24 Seq33 = 31 Seq34 = 12 Seq35 = 11 Seq36 = 16 Seq37 = 21 Seq38 = 32 Seq39 = 6 Seq40 = 12 Seq41 = 7 Seq42 = 6 Seq43 = 4 Seq44 = 21 Seq45 = 35 Seq46 = 4 Seq47 = 4 Seq48 = 7 Seq49 = 30 Seq50 = 35 Seq51 = 23 Seq52 = 46 Seq53 = 22 Seq54 = 10 Seq55 = 10 Seq56 = 21 Seq57 = 28 Seq58 = 7 Seq59 = 4 Seq60 = 11 Seq61 = 29 Seq62 = 40 Seq63 = 30 Seq64 = 58 SeqR1 = 6 SeqR2 = 7 SeqR3 = 1 SeqR4 = 11 SeqR5 = 6 SeqR6 = 6 SeqR7 = 12 SeqR8 = 10 SeqR9 = 13 SeqR10 = 3 SeqR11 = 1 SeqR12 = 7 SeqR13 = 10 SeqR14 = 15 SeqR15 = 34 SeqR16 = 21 SeqR17 = 13 SeqR18 = 12 SeqR19 = 1 SeqR20 = 4 SeqR21 = 20 SeqR22 = 19 SeqR23 = 12 SeqR24 = 5 SeqR25 = 7 SeqR26 = 12 SeqR27 = 21 SeqR28 = 27 SeqR29 = 18 SeqR30 = 12 SeqR31 = 15 SeqR32 = 33 SeqR33 = 38 SeqR34 = 13 SeqR35 = 6 SeqR36 = 13 SeqR37 = 22 SeqR38 = 24 SeqR39 = 8 SeqR40 = 14 SeqR41 = 7 SeqR42 = 10 SeqR43 = 2 SeqR44 = 20 SeqR45 = 32 SeqR46 = 11 SeqR47 = 2 SeqR48 = 6 SeqR49 = 22 SeqR50 = 36 SeqR51 = 16 SeqR52 = 24 SeqR53 = 28 SeqR54 = 12 SeqR55 = 9 SeqR56 = 15 SeqR57 = 7 SeqR58 = 7 SeqR59 = 8 SeqR60 = 13 SeqR61 = 38 SeqR62 = 35 SeqR63 = 41 SeqR64 = 50

1 MPPSISAFQA 6
2 SAFQAAYIGI 6
3 AYIGIEVLIA 12
4 EVLIALVSVP 7
5 LVSVPGNVLV 16
6 GNVLVIWAVK 19
7 IWAVKVNQAL 9
8 VNQALRDATF 8
9 RDATFCFIVS 10
10 CFIVSLAVAD 8
11 LAVADVAVGA 10
12 VAVGALVIPL 6
13 LVIPLAILIN 13
14 AILINIGPQT 12
15 IGPQTYFHTC 36
16 YFHTCLMVAC 21
17 LMVACPVLIL 10
18 PVLILTQSSI 2
19 TQSSILALLA 1
20 LALLAIAVDR 2
21 IAVDRYLRVK 15
22 YLRVKIPLRY 11
23 IPLRYKMVVT 8
24 KMVVTPRRAA 7
25 PRRAAVAIAG 5
26 VAIAGCWILS 10
27 CWILSFVVGL 14
28 FVVGLTPMFG 7
29 TPMFGWNNLS 27
30 WNNLSAVERA 12
31 AVERAWAANG 13
32 WAANGSMGEP 24
33 SMGEPVIKCE 31
34 VIKCEFEKVI 12
35 FEKVISMEYM 11
36 SMEYMVYFNF 16
37 VYFNFFVWVL 21
38 FVWVLPPLLL 32
39 PPLLLMVLIY 6
40 MVLIYLEVFY 12
41 LEVFYLIRKQ 7
42 LIRKQLNKKV 6
43 LNKKVSASSG 4
44 SASSGDPQKY 21
45 DPQKYYGKEL 35
46 YGKELKIAKS 4
47 KIAKSLALIL 4
48 LALILFLFAL 7
49 FLFALSWLPL 30
50 SWLPLHILNC 35
51 HILNCITLFC 23
52 ITLFCPSCHK 46
53 PSCHKPSILT 22
54 PSILTYIAIF 10
55 YIAIFLTHGN 10
56 LTHGNSAMNP 21
57 SAMNPIVYAF 28
58 IVYAFRIQKF 7
59 RIQKFRVTFL 4
60 RVTFLKIWND 11
61 KIWNDHFRCQ 29
62 HFRCQPAPPI 40
63 PAPPIDEDLP 30
64 DEDLPEERPDD 58

1 AQFASISPPM 6
2 IGIYAAQFAS 7
3 AILVEIGIYA 1
4 PVSVLAILVE 11
5 VLVNGPVSVL 6
6 KVAWIVLVNG 6
7 LAQNVKVAWI 12
8 FTADRLAQNV 10
9 SVIFCFTADR 13
10 DAVALSVIFC 3
11 AGVAVDAVAL 1
12 LPIVLAGVAV 7
13 NILIALPIVL 10
14 TQPGINILIA 15
15 CTHFYTQPGI 34
16 CAVMLCTHFY 21
17 LILVPCAVML 13
18 ISSQTLILVP 12
19 ALLALISSQT 1
20 RDVAIALLAL 4
21 KVRLYRDVAI 20
22 YRLPIKVRLY 19
23 TVVMKYRLPI 12
24 AARRPTVVMK 5
25 GAIAVAARRP 7
26 SLIWCGAIAV 12
27 LGVVFSLIWC 21
28 GFMPTLGVVF 27
29 SLNNWGFMPT 18
30 AREVASLNNW 12
31 GNAAWAREVA 15
32 PEGMSGNAAW 33
33 ECKIVPEGMS 38
34 IVKEFECKIV 13
35 MYEMSIVKEF 6
36 FNFYVMYEMS 13
37 LVWVFFNFYV 22
38 LLLPPLVWVF 24
39 YILVMLLLPP 8
40 YFVELYILVM 14
41 QKRILYFVEL 7
42 VKKNLQKRIL 10
43 GSSASVKKNL 2
44 YKQPDGSSAS 20
45 LEKGYYKQPD 32
46 SKAIKLEKGY 11
47 LILALSKAIK 2
48 LAFLFLILAL 6
49 LPLWSLAFLF 22
50 CNLIHLPLWS 36
51 CFLTICNLIH 16
52 KHCSPCFLTI 24
53 TLISPKHCSP 28
54 FIAIYTLISP 12
55 NGHTLFIAIY 9
56 PNMASNGHTL 15
57 FAYVIPNMAS 7
58 FKQIRFAYVI 7
59 LFTVRFKQIR 8
60 DNWIKLFTVR 13
61 QCRFHDNWIK 38
62 IPPAPQCRFH 35
63 PLDEDIPPAP 41
64 DDPREEPLDED 50