Leukemia VP26A_HUMAN

VP26A_HUMAN - 327 amino acids

Leukemia

NC

CN

Max NC = 33
Total NC = 817/1670
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 38
Total CN = 853/1670
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 18 Seq2 = 21 Seq3 = 15 Seq4 = 9 Seq5 = 7 Seq6 = 14 Seq7 = 19 Seq8 = 27 Seq9 = 12 Seq10 = 7 Seq11 = 15 Seq12 = 25 Seq13 = 14 Seq14 = 2 Seq15 = 5 Seq16 = 16 Seq17 = 11 Seq18 = 14 Seq19 = 10 Seq20 = 11 Seq21 = 6 Seq22 = 6 Seq23 = 10 Seq24 = 12 Seq25 = 12 Seq26 = 4 Seq27 = 2 Seq28 = 9 Seq29 = 14 Seq30 = 6 Seq31 = 11 Seq32 = 16 Seq33 = 4 Seq34 = 12 Seq35 = 14 Seq36 = 5 Seq37 = 15 Seq38 = 18 Seq39 = 3 Seq40 = 7 Seq41 = 12 Seq42 = 10 Seq43 = 7 Seq44 = 12 Seq45 = 7 Seq46 = 9 Seq47 = 8 Seq48 = 25 Seq49 = 15 Seq50 = 9 Seq51 = 33 Seq52 = 18 Seq53 = 10 Seq54 = 15 Seq55 = 4 Seq56 = 18 Seq57 = 21 Seq58 = 15 Seq59 = 28 Seq60 = 15 Seq61 = 17 Seq62 = 16 Seq63 = 16 Seq64 = 19 SeqR1 = 11 SeqR2 = 16 SeqR3 = 10 SeqR4 = 10 SeqR5 = 7 SeqR6 = 12 SeqR7 = 15 SeqR8 = 16 SeqR9 = 15 SeqR10 = 11 SeqR11 = 8 SeqR12 = 13 SeqR13 = 10 SeqR14 = 7 SeqR15 = 8 SeqR16 = 14 SeqR17 = 15 SeqR18 = 15 SeqR19 = 6 SeqR20 = 19 SeqR21 = 7 SeqR22 = 7 SeqR23 = 13 SeqR24 = 14 SeqR25 = 9 SeqR26 = 6 SeqR27 = 10 SeqR28 = 9 SeqR29 = 12 SeqR30 = 6 SeqR31 = 20 SeqR32 = 23 SeqR33 = 12 SeqR34 = 15 SeqR35 = 18 SeqR36 = 11 SeqR37 = 14 SeqR38 = 9 SeqR39 = 14 SeqR40 = 7 SeqR41 = 16 SeqR42 = 17 SeqR43 = 6 SeqR44 = 14 SeqR45 = 9 SeqR46 = 10 SeqR47 = 15 SeqR48 = 37 SeqR49 = 18 SeqR50 = 7 SeqR51 = 38 SeqR52 = 27 SeqR53 = 9 SeqR54 = 6 SeqR55 = 7 SeqR56 = 14 SeqR57 = 12 SeqR58 = 17 SeqR59 = 16 SeqR60 = 23 SeqR61 = 15 SeqR62 = 14 SeqR63 = 13 SeqR64 = 19

1 MSFLGGFFGP 18
2 GFFGPICEID 21
3 ICEIDIVLND 15
4 IVLNDGETRK 9
5 GETRKMAEMK 7
6 MAEMKTEDGK 14
7 TEDGKVEKHY 19
8 VEKHYLFYDG 27
9 LFYDGESVSG 12
10 ESVSGKVNLA 7
11 KVNLAFKQPG 15
12 FKQPGKRLEH 25
13 KRLEHQGIRI 14
14 QGIRIEFVGQ 2
15 EFVGQIELFN 5
16 IELFNDKSNT 16
17 DKSNTHEFVN 11
18 HEFVNLVKEL 14
19 LVKELALPGE 10
20 ALPGELTQSR 11
21 LTQSRSYDFE 6
22 SYDFEFMQVE 6
23 FMQVEKPYES 10
24 KPYESYIGAN 12
25 YIGANVRLRY 12
26 VRLRYFLKVT 4
27 FLKVTIVRRL 2
28 IVRRLTDLVK 9
29 TDLVKEYDLI 14
30 EYDLIVHQLA 6
31 VHQLATYPDV 11
32 TYPDVNNSIK 16
33 NNSIKMEVGI 4
34 MEVGIEDCLH 12
35 EDCLHIEFEY 14
36 IEFEYNKSKY 5
37 NKSKYHLKDV 15
38 HLKDVIVGKI 18
39 IVGKIYFLLV 3
40 YFLLVRIKIQ 7
41 RIKIQHMELQ 12
42 HMELQLIKKE 10
43 LIKKEITGIG 7
44 ITGIGPSTTT 12
45 PSTTTETETI 7
46 ETETIAKYEI 9
47 AKYEIMDGAP 8
48 MDGAPVKGES 25
49 VKGESIPIRL 15
50 IPIRLFLAGY 9
51 FLAGYDPTPT 33
52 DPTPTMRDVN 18
53 MRDVNKKFSV 10
54 KKFSVRYFLN 15
55 RYFLNLVLVD 4
56 LVLVDEEDRR 18
57 EEDRRYFKQQ 21
58 YFKQQEIILW 15
59 EIILWRKAPE 28
60 RKAPEKLRKQ 15
61 KLRKQRTNFH 17
62 RTNFHQRFES 16
63 QRFESPESQA 16
64 PESQASAEQPEM 19

1 PGFFGGLFSM 11
2 DIECIPGFFG 16
3 DNLVIDIECI 10
4 KRTEGDNLVI 10
5 KMEAMKRTEG 7
6 KGDETKMEAM 12
7 YHKEVKGDET 15
8 GDYFLYHKEV 16
9 GSVSEGDYFL 15
10 ALNVKGSVSE 11
11 GPQKFALNVK 8
12 HELRKGPQKF 13
13 IRIGQHELRK 10
14 QGVFEIRIGQ 7
15 NFLEIQGVFE 8
16 TNSKDNFLEI 14
17 NVFEHTNSKD 15
18 LEKVLNVFEH 15
19 EGPLALEKVL 6
20 RSQTLEGPLA 19
21 EFDYSRSQTL 7
22 EVQMFEFDYS 7
23 SEYPKEVQMF 13
24 NAGIYSEYPK 14
25 YRLRVNAGIY 9
26 TVKLFYRLRV 6
27 LRRVITVKLF 10
28 KVLDTLRRVI 9
29 ILDYEKVLDT 12
30 ALQHVILDYE 6
31 VDPYTALQHV 20
32 KISNNVDPYT 23
33 IGVEMKISNN 12
34 HLCDEIGVEM 15
35 YEFEIHLCDE 18
36 YKSKNYEFEI 11
37 VDKLHYKSKN 14
38 IKGVIVDKLH 9
39 VLLFYIKGVI 14
40 QIKIRVLLFY 7
41 QLEMHQIKIR 16
42 EKKILQLEMH 17
43 GIGTIEKKIL 6
44 TTTSPGIGTI 14
45 ITETETTTSP 9
46 IEYKAITETE 10
47 PAGDMIEYKA 15
48 SEGKVPAGDM 37
49 LRIPISEGKV 18
50 YGALFLRIPI 7
51 TPTPDYGALF 38
52 NVDRMTPTPD 27
53 VSFKKNVDRM 9
54 NLFYRVSFKK 6
55 DVLVLNLFYR 7
56 RRDEEDVLVL 14
57 QQKFYRRDEE 12
58 WLIIEQQKFY 17
59 EPAKRWLIIE 16
60 QKRLKEPAKR 23
61 HFNTRQKRLK 15
62 SEFRQHFNTR 14
63 AQSEPSEFRQ 13
64 MEPQEASAQSEP 19