X OXDD_HUMAN

OXDD_HUMAN - 341 amino acids

X

NC

CN

Max NC = 50
Total NC = 1187/2348
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 43
Total CN = 1161/2348
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 2 Seq2 = 9 Seq3 = 10 Seq4 = 3 Seq5 = 15 Seq6 = 16 Seq7 = 15 Seq8 = 14 Seq9 = 5 Seq10 = 8 Seq11 = 50 Seq12 = 26 Seq13 = 19 Seq14 = 27 Seq15 = 14 Seq16 = 5 Seq17 = 20 Seq18 = 26 Seq19 = 12 Seq20 = 12 Seq21 = 42 Seq22 = 15 Seq23 = 5 Seq24 = 7 Seq25 = 20 Seq26 = 18 Seq27 = 16 Seq28 = 22 Seq29 = 28 Seq30 = 14 Seq31 = 13 Seq32 = 16 Seq33 = 13 Seq34 = 34 Seq35 = 20 Seq36 = 15 Seq37 = 14 Seq38 = 12 Seq39 = 15 Seq40 = 12 Seq41 = 9 Seq42 = 13 Seq43 = 16 Seq44 = 21 Seq45 = 24 Seq46 = 27 Seq47 = 5 Seq48 = 18 Seq49 = 36 Seq50 = 19 Seq51 = 9 Seq52 = 28 Seq53 = 28 Seq54 = 16 Seq55 = 28 Seq56 = 30 Seq57 = 8 Seq58 = 8 Seq59 = 20 Seq60 = 28 Seq61 = 49 Seq62 = 14 Seq63 = 11 Seq64 = 4 Seq65 = 12 Seq66 = 21 Seq67 = 26 SeqR1 = 2 SeqR2 = 12 SeqR3 = 11 SeqR4 = 8 SeqR5 = 24 SeqR6 = 5 SeqR7 = 16 SeqR8 = 14 SeqR9 = 9 SeqR10 = 10 SeqR11 = 43 SeqR12 = 41 SeqR13 = 19 SeqR14 = 28 SeqR15 = 17 SeqR16 = 6 SeqR17 = 10 SeqR18 = 10 SeqR19 = 14 SeqR20 = 6 SeqR21 = 35 SeqR22 = 20 SeqR23 = 6 SeqR24 = 12 SeqR25 = 10 SeqR26 = 11 SeqR27 = 7 SeqR28 = 20 SeqR29 = 28 SeqR30 = 22 SeqR31 = 19 SeqR32 = 10 SeqR33 = 15 SeqR34 = 22 SeqR35 = 19 SeqR36 = 13 SeqR37 = 14 SeqR38 = 10 SeqR39 = 14 SeqR40 = 10 SeqR41 = 12 SeqR42 = 21 SeqR43 = 14 SeqR44 = 11 SeqR45 = 35 SeqR46 = 25 SeqR47 = 17 SeqR48 = 27 SeqR49 = 25 SeqR50 = 25 SeqR51 = 13 SeqR52 = 29 SeqR53 = 37 SeqR54 = 9 SeqR55 = 18 SeqR56 = 32 SeqR57 = 6 SeqR58 = 14 SeqR59 = 19 SeqR60 = 29 SeqR61 = 42 SeqR62 = 22 SeqR63 = 11 SeqR65 = 10 SeqR66 = 18 SeqR67 = 18

1 MDTARIAVVG 2
2 IAVVGAGVVG 9
3 AGVVGLSTAV 10
4 LSTAVCISKL 3
5 CISKLVPRCS 15
6 VPRCSVTIIS 16
7 VTIISDKFTP 15
8 DKFTPDTTSD 14
9 DTTSDVAAGM 5
10 VAAGMLIPHT 8
11 LIPHTYPDTP 50
12 YPDTPIHTQK 26
13 IHTQKQWFRE 19
14 QWFRETFNHL 27
15 TFNHLFAIAN 14
16 FAIANSAEAG 5
17 SAEAGDAGVH 20
18 DAGVHLVSGW 26
19 LVSGWQIFQS 12
20 QIFQSTPTEE 12
21 TPTEEVPFWA 42
22 VPFWADVVLG 15
23 DVVLGFRKMT 5
24 FRKMTEAELK 7
25 EAELKKFPQY 20
26 KFPQYVFGQA 18
27 VFGQAFTTLK 16
28 FTTLKCECPA 22
29 CECPAYLPWL 28
30 YLPWLEKRIK 14
31 EKRIKGSGGW 13
32 GSGGWTLTRR 16
33 TLTRRIEDLW 13
34 IEDLWELHPS 34
35 ELHPSFDIVV 20
36 FDIVVNCSGL 15
37 NCSGLGSRQL 14
38 GSRQLAGDSK 12
39 AGDSKIFPVR 15
40 IFPVRGQVLQ 12
41 GQVLQVQAPW 9
42 VQAPWVEHFI 13
43 VEHFIRDGSG 16
44 RDGSGLTYIY 21
45 LTYIYPGTSH 24
46 PGTSHVTLGG 27
47 VTLGGTRQKG 5
48 TRQKGDWNLS 18
49 DWNLSPDAEN 36
50 PDAENSREIL 19
51 SREILSRCCA 9
52 SRCCALEPSL 28
53 LEPSLHGACN 28
54 HGACNIREKV 16
55 IREKVGLRPY 28
56 GLRPYRPGVR 30
57 RPGVRLQTEL 8
58 LQTELLARDG 8
59 LARDGQRLPV 20
60 QRLPVVHHYG 28
61 VHHYGHGSGG 49
62 HGSGGISVHW 14
63 ISVHWGTALE 11
64 GTALEAARLV 4
65 AARLVSECVH 12
66 SECVHALRTP 21
67 ALRTPIPKSNL 26

1 GVVAIRATDM 2
2 GVVGAGVVAI 12
3 VATSLGVVGA 11
4 LKSICVATSL 8
5 SCRPVLKSIC 24
6 SIITVSCRPV 5
7 PTFKDSIITV 16
8 DSTTDPTFKD 14
9 MGAAVDSTTD 9
10 THPILMGAAV 10
11 PTDPYTHPIL 43
12 KQTHIPTDPY 41
13 ERFWQKQTHI 19
14 LHNFTERFWQ 28
15 NAIAFLHNFT 17
16 GAEASNAIAF 6
17 HVGADGAEAS 10
18 WGSVLHVGAD 10
19 SQFIQWGSVL 14
20 EETPTSQFIQ 6
21 AWFPVEETPT 35
22 GLVVDAWFPV 20
23 TMKRFGLVVD 6
24 KLEAETMKRF 12
25 YQPFKKLEAE 10
26 AQGFVYQPFK 11
27 KLTTFAQGFV 7
28 APCECKLTTF 20
29 LWPLYAPCEC 28
30 KIRKELWPLY 22
31 WGGSGKIRKE 19
32 RRTLTWGGSG 10
33 WLDEIRRTLT 15
34 SPHLEWLDEI 22
35 VVIDFSPHLE 19
36 LGSCNVVIDF 13
37 LQRSGLGSCN 14
38 KSDGALQRSG 10
39 RVPFIKSDGA 14
40 QLVQGRVPFI 10
41 WPAQVQLVQG 12
42 IFHEVWPAQV 21
43 GSGDRIFHEV 14
44 YIYTLGSGDR 11
45 HSTGPYIYTL 35
46 GGLTVHSTGP 25
47 GKQRTGGLTV 17
48 SLNWDGKQRT 27
49 NEADPSLNWD 25
50 LIERSNEADP 25
51 ACCRSLIERS 13
52 LSPELACCRS 29
53 NCAGHLSPEL 37
54 VKERINCAGH 9
55 YPRLGVKERI 18
56 RVGPRYPRLG 32
57 LETQLRVGPR 6
58 GDRALLETQL 14
59 VPLRQGDRAL 19
60 GYHHVVPLRQ 29
61 GGSGHGYHHV 42
62 WHVSIGGSGH 22
63 ELATGWHVSI 11
64 VLRAAELATG 0
65 HVCESVLRAA 10
66 PTRLAHVCES 18
67 LNSKPIPTRLA 18