Bacteria FXRD1_HUMAN

FXRD1_HUMAN - 486 amino acids

Bacteria

NC

CN

Max NC = 44
Total NC = 115/184
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 16
Total CN = 69/184
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq2 = 1 Seq5 = 2 Seq13 = 6 Seq14 = 44 Seq16 = 3 Seq17 = 18 Seq24 = 1 Seq39 = 1 Seq40 = 1 Seq42 = 1 Seq43 = 4 Seq44 = 5 Seq48 = 1 Seq58 = 2 Seq62 = 1 Seq65 = 1 Seq66 = 6 Seq67 = 3 Seq68 = 2 Seq70 = 2 Seq77 = 4 Seq78 = 1 Seq82 = 1 Seq84 = 2 Seq87 = 1 Seq89 = 1 SeqR1 = 7 SeqR4 = 2 SeqR6 = 2 SeqR13 = 16 SeqR27 = 1 SeqR32 = 1 SeqR39 = 3 SeqR40 = 2 SeqR44 = 9 SeqR46 = 2 SeqR56 = 6 SeqR66 = 3 SeqR67 = 1 SeqR71 = 1 SeqR76 = 3 SeqR77 = 2 SeqR78 = 3 SeqR84 = 3 SeqR86 = 1 SeqR90 = 1

1 MIRRVLPHGM 0
2 LPHGMGRGLL 1
3 GRGLLTRRPG 0
4 TRRPGTRRGG 0
5 TRRGGFSLDW 2
6 FSLDWDGKVS 0
7 DGKVSEIKKK 0
8 EIKKKIKSIL 0
9 IKSILPGRSC 0
10 PGRSCDLLQD 0
11 DLLQDTSHLP 0
12 TSHLPPEHSD 0
13 PEHSDVVIVG 6
14 VVIVGGGVLG 44
15 GGVLGLSVAY 0
16 LSVAYWLKKL 3
17 WLKKLESRRG 18
18 ESRRGAIRVL 0
19 AIRVLVVERD 0
20 VVERDHTYSQ 0
21 HTYSQASTGL 0
22 ASTGLSVGGI 0
23 SVGGICQQFS 0
24 CQQFSLPENI 1
25 LPENIQLSLF 0
26 QLSLFSASFL 0
27 SASFLRNINE 0
28 RNINEYLAVV 0
29 YLAVVDAPPL 0
30 DAPPLDLRFN 0
31 DLRFNPSGYL 0
32 PSGYLLLASE 0
33 LLASEKDAAA 0
34 KDAAAMESNV 0
35 MESNVKVQRQ 0
36 KVQRQEGAKV 0
37 EGAKVSLMSP 0
38 SLMSPDQLRN 0
39 DQLRNKFPWI 1
40 KFPWINTEGV 1
41 NTEGVALASY 0
42 ALASYGMEDE 1
43 GMEDEGWFDP 4
44 GWFDPWCLLQ 5
45 WCLLQGLRRK 0
46 GLRRKVQSLG 0
47 VQSLGVLFCQ 0
48 VLFCQGEVTR 1
49 GEVTRFVSSS 0
50 FVSSSQRMLT 0
51 QRMLTTDDKA 0
52 TDDKAVVLKR 0
53 VVLKRIHEVH 0
54 IHEVHVKMDR 0
55 VKMDRSLEYQ 0
56 SLEYQPVECA 0
57 PVECAIVINA 0
58 IVINAAGAWS 2
59 AGAWSAQIAA 0
60 AQIAALAGVG 0
61 LAGVGEGPPG 0
62 EGPPGTLQGT 1
63 TLQGTKLPVE 0
64 KLPVEPRKRY 0
65 PRKRYVYVWH 1
66 VYVWHCPQGP 6
67 CPQGPGLETP 3
68 GLETPLVADT 2
69 LVADTSGAYF 0
70 SGAYFRREGL 2
71 RREGLGSNYL 0
72 GSNYLGGRSP 0
73 GGRSPTEQEE 0
74 TEQEEPDPAN 0
75 PDPANLEVDH 0
76 LEVDHDFFQD 0
77 DFFQDKVWPH 4
78 KVWPHLALRV 1
79 LALRVPAFET 0
80 PAFETLKVQS 0
81 LKVQSAWAGY 0
82 AWAGYYDYNT 1
83 YDYNTFDQNG 0
84 FDQNGVVGPH 2
85 VVGPHPLVVN 0
86 PLVVNMYFAT 0
87 MYFATGFSGH 1
88 GFSGHGLQQA 0
89 GLQQAPGIGR 1
90 PGIGRAVAEM 0
91 AVAEMVLKGR 0
92 VLKGRFQTID 0
93 FQTIDLSPFL 0
94 LSPFLFTRFY 0
95 FTRFYLGEKI 0
96 LGEKIQENNII 0

1 MGHPLVRRIM 7
2 LLGRGMGHPL 0
3 GPRRTLLGRG 0
4 GGRRTGPRRT 2
5 WDLSFGGRRT 0
6 SVKGDWDLSF 2
7 KKKIESVKGD 0
8 LISKIKKKIE 0
9 CSRGPLISKI 0
10 DQLLDCSRGP 0
11 PLHSTDQLLD 0
12 DSHEPPLHST 0
13 GVIVVDSHEP 16
14 GLVGGGVIVV 0
15 YAVSLGLVGG 0
16 LKKLWYAVSL 0
17 GRRSELKKLW 0
18 LVRIAGRRSE 0
19 DREVVLVRIA 0
20 QSYTHDREVV 0
21 LGTSAQSYTH 0
22 IGGVSLGTSA 0
23 SFQQCIGGVS 0
24 INEPLSFQQC 0
25 FLSLQINEPL 0
26 LFSASFLSLQ 0
27 ENINRLFSAS 1
28 VVALYENINR 0
29 LPPADVVALY 0
30 NFRLDLPPAD 0
31 LYGSPNFRLD 0
32 ESALLLYGSP 1
33 AAADKESALL 0
34 VNSEMAAADK 0
35 QRQVKVNSEM 0
36 VKAGEQRQVK 0
37 PSMLSVKAGE 0
38 NRLQDPSMLS 0
39 IWPFKNRLQD 3
40 VGETNIWPFK 2
41 YSALAVGETN 0
42 EDEMGYSALA 0
43 PDFWGEDEMG 0
44 QLLCWPDFWG 9
45 KRRLGQLLCW 0
46 GLSQVKRRLG 2
47 QCFLVGLSQV 0
48 RTVEGQCFLV 0
49 SSSVFRTVEG 0
50 TLMRQSSSVF 0
51 AKDDTTLMRQ 0
52 RKLVVAKDDT 0
53 HVEHIRKLVV 0
54 RDMKVHVEHI 0
55 QYELSRDMKV 0
56 ACEVPQYELS 6
57 ANIVIACEVP 0
58 SWAGAANIVI 0
59 AAIQASWAGA 0
60 GVGALAAIQA 0
61 GPPGEGVGAL 0
62 TGQLTGPPGE 0
63 EVPLKTGQLT 0
64 YRKRPEVPLK 0
65 HWVYVYRKRP 0
66 PGQPCHWVYV 3
67 PTELGPGQPC 1
68 TDAVLPTELG 0
69 FYAGSTDAVL 0
70 LGERRFYAGS 0
71 LYNSGLGERR 1
72 PSRGGLYNSG 0
73 EEQETPSRGG 0
74 NAPDPEEQET 0
75 HDVELNAPDP 0
76 DQFFDHDVEL 3
77 HPWVKDQFFD 2
78 VRLALHPWVK 3
79 TEFAPVRLAL 0
80 SQVKLTEFAP 0
81 YGAWASQVKL 0
82 TNYDYYGAWA 0
83 GNQDFTNYDY 0
84 HPGVVGNQDF 3
85 NVVLPHPGVV 0
86 TAFYMNVVLP 1
87 HGSFGTAFYM 0
88 AQQLGHGSFG 0
89 RGIGPAQQLG 0
90 MEAVARGIGP 1
91 RGKLVMEAVA 0
92 DITQFRGKLV 0
93 LFPSLDITQF 0
94 YFRTFLFPSL 0
95 IKEGLYFRTF 0
96 IINNEQIKEGL 0