Leukemia PTPA_HUMAN

PTPA_HUMAN - 358 amino acids

Leukemia

NC

CN

Max NC = 51
Total NC = 1170/2290
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 48
Total CN = 1120/2290
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 34 Seq2 = 41 Seq3 = 24 Seq4 = 16 Seq5 = 17 Seq6 = 22 Seq7 = 29 Seq8 = 10 Seq9 = 10 Seq10 = 10 Seq11 = 4 Seq12 = 6 Seq13 = 9 Seq14 = 13 Seq15 = 16 Seq16 = 13 Seq17 = 6 Seq18 = 32 Seq19 = 31 Seq20 = 36 Seq21 = 28 Seq22 = 5 Seq23 = 5 Seq24 = 13 Seq25 = 32 Seq26 = 51 Seq27 = 29 Seq28 = 11 Seq29 = 10 Seq30 = 15 Seq31 = 5 Seq32 = 8 Seq33 = 16 Seq34 = 17 Seq35 = 8 Seq36 = 6 Seq37 = 14 Seq38 = 20 Seq39 = 8 Seq40 = 40 Seq41 = 5 Seq42 = 5 Seq43 = 3 Seq44 = 12 Seq45 = 10 Seq46 = 10 Seq47 = 18 Seq48 = 27 Seq49 = 15 Seq50 = 18 Seq51 = 15 Seq52 = 15 Seq53 = 37 Seq54 = 30 Seq55 = 10 Seq56 = 20 Seq57 = 19 Seq58 = 6 Seq59 = 8 Seq60 = 8 Seq61 = 13 Seq62 = 13 Seq63 = 17 Seq64 = 27 Seq65 = 6 Seq66 = 6 Seq67 = 22 Seq68 = 15 Seq69 = 8 Seq70 = 32 SeqR1 = 32 SeqR2 = 44 SeqR3 = 19 SeqR4 = 22 SeqR5 = 20 SeqR6 = 21 SeqR7 = 25 SeqR8 = 15 SeqR9 = 6 SeqR10 = 3 SeqR11 = 9 SeqR12 = 14 SeqR13 = 8 SeqR14 = 19 SeqR15 = 17 SeqR16 = 16 SeqR17 = 11 SeqR18 = 26 SeqR19 = 26 SeqR20 = 20 SeqR21 = 15 SeqR22 = 1 SeqR23 = 1 SeqR24 = 12 SeqR25 = 48 SeqR26 = 35 SeqR27 = 21 SeqR28 = 14 SeqR29 = 17 SeqR30 = 16 SeqR31 = 9 SeqR32 = 11 SeqR33 = 8 SeqR34 = 10 SeqR35 = 11 SeqR36 = 10 SeqR37 = 13 SeqR38 = 10 SeqR39 = 5 SeqR40 = 26 SeqR41 = 16 SeqR42 = 5 SeqR43 = 2 SeqR44 = 14 SeqR45 = 14 SeqR46 = 9 SeqR47 = 17 SeqR48 = 40 SeqR49 = 18 SeqR50 = 11 SeqR51 = 11 SeqR52 = 19 SeqR53 = 25 SeqR54 = 16 SeqR55 = 20 SeqR56 = 11 SeqR57 = 11 SeqR58 = 7 SeqR59 = 8 SeqR60 = 13 SeqR61 = 20 SeqR62 = 13 SeqR63 = 19 SeqR64 = 15 SeqR65 = 14 SeqR66 = 14 SeqR67 = 18 SeqR68 = 13 SeqR69 = 11 SeqR70 = 30

1 MAEGERQPPP 34
2 RQPPPDSSEE 41
3 DSSEEAPPAT 24
4 APPATQNFII 16
5 QNFIIPKKEI 17
6 PKKEIHTVPD 22
7 HTVPDMGKWK 29
8 MGKWKRSQAY 10
9 RSQAYADYIG 10
10 ADYIGFILTL 10
11 FILTLNEGVK 4
12 NEGVKGKKLT 6
13 GKKLTFEYRV 9
14 FEYRVSEMWN 13
15 SEMWNEVHEE 16
16 EVHEEKEQAA 13
17 KEQAAKQSVS 6
18 KQSVSCDECI 32
19 CDECIPLPRA 31
20 PLPRAGHCAP 36
21 GHCAPSEAIE 28
22 SEAIEKLVAL 5
23 KLVALLNTLD 5
24 LNTLDRWIDE 13
25 RWIDETPPVD 32
26 TPPVDQPSRF 51
27 QPSRFGNKAY 29
28 GNKAYRTWYA 11
29 RTWYAKLDEE 10
30 KLDEEAENLV 15
31 AENLVATVVP 5
32 ATVVPTHLAA 8
33 THLAAAVPEV 16
34 AVPEVAVYLK 17
35 AVYLKESVGN 8
36 ESVGNSTRID 6
37 STRIDYGTGH 14
38 YGTGHEAAFA 20
39 EAAFAAFLCC 8
40 AFLCCLCKIG 40
41 LCKIGVLRVD 5
42 VLRVDDQIAI 5
43 DQIAIVFKVF 3
44 VFKVFNRYLE 12
45 NRYLEVMRKL 10
46 VMRKLQKTYR 10
47 QKTYRMEPAG 18
48 MEPAGSQGVW 27
49 SQGVWGLDDF 15
50 GLDDFQFLPF 18
51 QFLPFIWGSS 15
52 IWGSSQLIDH 15
53 QLIDHPYLEP 37
54 PYLEPRHFVD 30
55 RHFVDEKAVN 10
56 EKAVNENHKD 20
57 ENHKDYMFLE 19
58 YMFLECILFI 6
59 CILFITEMKT 8
60 TEMKTGPFAE 8
61 GPFAEHSNQL 13
62 HSNQLWNISA 13
63 WNISAVPSWS 17
64 VPSWSKVNQG 27
65 KVNQGLIRMY 6
66 LIRMYKAECL 6
67 KAECLEKFPV 22
68 EKFPVIQHFK 15
69 IQHFKFGSLL 8
70 FGSLLPIHPVTSG 32

1 PPPQREGEAM 32
2 EESSDPPPQR 44
3 TAPPAEESSD 19
4 IIFNQTAPPA 22
5 IEKKPIIFNQ 20
6 DPVTHIEKKP 21
7 KWKGMDPVTH 25
8 YAQSRKWKGM 15
9 GIYDAYAQSR 6
10 LTLIFGIYDA 3
11 KVGENLTLIF 9
12 TLKKGKVGEN 14
13 VRYEFTLKKG 8
14 NWMESVRYEF 19
15 EEHVENWMES 17
16 AAQEKEEHVE 16
17 SVSQKAAQEK 11
18 ICEDCSVSQK 26
19 ARPLPICEDC 26
20 PACHGARPLP 20
21 EIAESPACHG 15
22 LAVLKEIAES 1
23 DLTNLLAVLK 1
24 EDIWRDLTNL 12
25 DVPPTEDIWR 48
26 FRSPQDVPPT 35
27 YAKNGFRSPQ 21
28 AYWTRYAKNG 14
29 EEDLKAYWTR 17
30 VLNEAEEDLK 16
31 PVVTAVLNEA 9
32 AALHTPVVTA 11
33 VEPVAAALHT 8
34 KLYVAVEPVA 10
35 NGVSEKLYVA 11
36 DIRTSNGVSE 10
37 HGTGYDIRTS 13
38 AFAAEHGTGY 10
39 CCLFAAFAAE 5
40 GIKCLCCLFA 26
41 DVRLVGIKCL 16
42 IAIQDDVRLV 5
43 FVKFVIAIQD 2
44 ELYRNFVKFV 14
45 LKRMVELYRN 14
46 RYTKQLKRMV 9
47 GAPEMRYTKQ 17
48 WVGQSGAPEM 40
49 FDDLGWVGQS 18
50 FPLFQFDDLG 11
51 SSGWIFPLFQ 11
52 HDILQSSGWI 19
53 PELYPHDILQ 25
54 DVFHRPELYP 16
55 NVAKEDVFHR 20
56 DKHNENVAKE 11
57 ELFMYDKHNE 11
58 IFLICELFMY 7
59 TKMETIFLIC 8
60 EAFPGTKMET 13
61 LQNSHEAFPG 20
62 ASINWLQNSH 13
63 SWSPVASINW 19
64 GQNVKSWSPV 15
65 YMRILGQNVK 14
66 LCEAKYMRIL 14
67 VPFKELCEAK 18
68 KFHQIVPFKE 13
69 LLSGFKFHQI 11
70 GSTVPHIPLLSGF 30