X TEFF2_HUMAN

TEFF2_HUMAN - 374 amino acids

X

NC

CN

Max NC = 45
Total NC = 1521/2985
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 45
Total CN = 1464/2985
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 38 Seq2 = 27 Seq3 = 39 Seq4 = 37 Seq5 = 8 Seq6 = 5 Seq7 = 4 Seq8 = 5 Seq9 = 12 Seq10 = 36 Seq11 = 27 Seq12 = 34 Seq13 = 24 Seq14 = 27 Seq15 = 24 Seq16 = 21 Seq17 = 15 Seq18 = 25 Seq19 = 26 Seq20 = 27 Seq21 = 26 Seq22 = 24 Seq23 = 8 Seq24 = 11 Seq25 = 12 Seq26 = 9 Seq27 = 23 Seq28 = 23 Seq29 = 32 Seq30 = 22 Seq31 = 9 Seq32 = 21 Seq33 = 34 Seq34 = 32 Seq35 = 44 Seq36 = 36 Seq37 = 16 Seq38 = 28 Seq39 = 33 Seq40 = 19 Seq41 = 25 Seq42 = 14 Seq43 = 20 Seq44 = 7 Seq45 = 9 Seq46 = 7 Seq47 = 6 Seq48 = 28 Seq49 = 12 Seq50 = 18 Seq51 = 2 Seq52 = 9 Seq53 = 45 Seq54 = 40 Seq55 = 31 Seq56 = 16 Seq57 = 12 Seq58 = 34 Seq59 = 34 Seq60 = 29 Seq61 = 18 Seq62 = 31 Seq63 = 33 Seq64 = 5 Seq65 = 4 Seq66 = 3 Seq67 = 15 Seq68 = 5 Seq69 = 14 Seq70 = 12 Seq71 = 20 Seq72 = 21 Seq73 = 19 SeqR1 = 35 SeqR2 = 44 SeqR3 = 27 SeqR4 = 22 SeqR5 = 10 SeqR6 = 8 SeqR7 = 4 SeqR8 = 6 SeqR9 = 17 SeqR10 = 25 SeqR11 = 20 SeqR12 = 30 SeqR13 = 19 SeqR14 = 21 SeqR15 = 26 SeqR16 = 34 SeqR17 = 10 SeqR18 = 24 SeqR19 = 30 SeqR20 = 15 SeqR21 = 22 SeqR22 = 36 SeqR23 = 17 SeqR24 = 5 SeqR25 = 15 SeqR26 = 13 SeqR27 = 24 SeqR28 = 28 SeqR29 = 25 SeqR30 = 19 SeqR31 = 11 SeqR32 = 17 SeqR33 = 35 SeqR34 = 33 SeqR35 = 45 SeqR36 = 33 SeqR37 = 15 SeqR38 = 31 SeqR39 = 29 SeqR40 = 28 SeqR41 = 13 SeqR42 = 10 SeqR43 = 15 SeqR44 = 4 SeqR45 = 11 SeqR46 = 10 SeqR47 = 5 SeqR48 = 12 SeqR49 = 9 SeqR50 = 14 SeqR51 = 3 SeqR52 = 12 SeqR53 = 28 SeqR54 = 34 SeqR55 = 34 SeqR56 = 25 SeqR57 = 19 SeqR58 = 36 SeqR59 = 27 SeqR60 = 26 SeqR61 = 18 SeqR62 = 30 SeqR63 = 31 SeqR64 = 2 SeqR65 = 8 SeqR66 = 10 SeqR67 = 11 SeqR68 = 12 SeqR69 = 11 SeqR70 = 17 SeqR71 = 22 SeqR72 = 26 SeqR73 = 11

1 MVLWESPRQC 38
2 SPRQCSSWTL 27
3 SSWTLCEGFC 39
4 CEGFCWLLLL 37
5 WLLLLPVMLL 8
6 PVMLLIVARP 5
7 IVARPVKLAA 4
8 VKLAAFPTSL 5
9 FPTSLSDCQT 12
10 SDCQTPTGWN 36
11 PTGWNCSGYD 27
12 CSGYDDREND 34
13 DRENDLFLCD 24
14 LFLCDTNTCK 27
15 TNTCKFDGEC 24
16 FDGECLRIGD 21
17 LRIGDTVTCV 15
18 TVTCVCQFKC 25
19 CQFKCNNDYV 26
20 NNDYVPVCGS 27
21 PVCGSNGESY 26
22 NGESYQNECY 24
23 QNECYLRQAA 8
24 LRQAACKQQS 11
25 CKQQSEILVV 12
26 EILVVSEGSC 9
27 SEGSCATDAG 23
28 ATDAGSGSGD 23
29 SGSGDGVHEG 32
30 GVHEGSGETS 22
31 SGETSQKETS 9
32 QKETSTCDIC 21
33 TCDICQFGAE 34
34 QFGAECDEDA 32
35 CDEDAEDVWC 44
36 EDVWCVCNID 36
37 VCNIDCSQTN 16
38 CSQTNFNPLC 28
39 FNPLCASDGK 33
40 ASDGKSYDNA 19
41 SYDNACQIKE 25
42 CQIKEASCQK 14
43 ASCQKQEKIE 20
44 QEKIEVMSLG 7
45 VMSLGRCQDN 9
46 RCQDNTTTTT 7
47 TTTTTKSEDG 6
48 KSEDGHYART 28
49 HYARTDYAEN 12
50 DYAENANKLE 18
51 ANKLEESARE 2
52 ESAREHHIPC 9
53 HHIPCPEHYN 45
54 PEHYNGFCMH 40
55 GFCMHGKCEH 31
56 GKCEHSINMQ 16
57 SINMQEPSCR 12
58 EPSCRCDAGY 34
59 CDAGYTGQHC 34
60 TGQHCEKKDY 29
61 EKKDYSVLYV 18
62 SVLYVVPGPV 31
63 VPGPVRFQYV 33
64 RFQYVLIAAV 5
65 LIAAVIGTIQ 4
66 IGTIQIAVIC 3
67 IAVICVVVLC 15
68 VVVLCITRKC 5
69 ITRKCPRSNR 14
70 PRSNRIHRQK 12
71 IHRQKQNTGH 20
72 QNTGHYSSDN 21
73 YSSDNTTRASTRLI 19

1 CQRPSEWLVM 35
2 LTWSSCQRPS 44
3 CFGECLTWSS 27
4 LLLLWCFGEC 22
5 LLMVPLLLLW 10
6 PRAVILLMVP 8
7 AALKVPRAVI 4
8 LSTPFAALKV 6
9 TQCDSLSTPF 17
10 NWGTPTQCDS 25
11 DYGSCNWGTP 20
12 DNERDDYGSC 30
13 DCLFLDNERD 19
14 KCTNTDCLFL 21
15 CEGDFKCTNT 26
16 DGIRLCEGDF 34
17 VCTVTDGIRL 10
18 CKFQCVCTVT 24
19 VYDNNCKFQC 30
20 SGCVPVYDNN 15
21 YSEGNSGCVP 22
22 YCENQYSEGN 36
23 AAQRLYCENQ 17
24 SQQKCAAQRL 5
25 VVLIESQQKC 15
26 CSGESVVLIE 13
27 GADTACSGES 24
28 DGSGSGADTA 28
29 GEHVGDGSGS 25
30 STEGSGEHVG 19
31 STEKQSTEGS 11
32 CIDCTSTEKQ 17
33 EAGFQCIDCT 35
34 ADEDCEAGFQ 33
35 CWVDEADEDC 45
36 DINCVCWVDE 33
37 NTQSCDINCV 15
38 CLPNFNTQSC 31
39 KGDSACLPNF 29
40 ANDYSKGDSA 28
41 EKIQCANDYS 13
42 KQCSAEKIQC 10
43 EIKEQKQCSA 15
44 GLSMVEIKEQ 4
45 NDQCRGLSMV 11
46 TTTTTNDQCR 10
47 GDESKTTTTT 5
48 TRAYHGDESK 12
49 NEAYDTRAYH 9
50 ELKNANEAYD 14
51 ERASEELKNA 3
52 CPIHHERASE 12
53 NYHEPCPIHH 28
54 HMCFGNYHEP 34
55 HECKGHMCFG 34
56 QMNISHECKG 25
57 RCSPEQMNIS 19
58 YGADCRCSPE 36
59 CHQGTYGADC 27
60 YDKKECHQGT 26
61 VYLVSYDKKE 18
62 VPGPVVYLVS 30
63 VYQFRVPGPV 31
64 VAAILVYQFR 2
65 QITGIVAAIL 8
66 CIVAIQITGI 10
67 CLVVVCIVAI 11
68 CKRTICLVVV 12
69 RNSRPCKRTI 11
70 KQRHIRNSRP 17
71 HGTNQKQRHI 22
72 NDSSYHGTNQ 26
73 ILRTSARTTNDSSY 11