X TIDC1_HUMAN

TIDC1_HUMAN - 285 amino acids

X

NC

CN

Max NC = 75
Total NC = 1047/2010
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 74
Total CN = 963/2010
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 59 Seq2 = 29 Seq3 = 32 Seq4 = 11 Seq5 = 4 Seq6 = 8 Seq7 = 22 Seq8 = 27 Seq9 = 47 Seq10 = 75 Seq11 = 23 Seq12 = 25 Seq13 = 17 Seq14 = 8 Seq15 = 14 Seq16 = 7 Seq17 = 6 Seq18 = 26 Seq19 = 24 Seq20 = 7 Seq21 = 8 Seq22 = 6 Seq23 = 20 Seq24 = 6 Seq25 = 5 Seq26 = 12 Seq27 = 24 Seq28 = 9 Seq29 = 12 Seq30 = 4 Seq31 = 7 Seq32 = 17 Seq33 = 21 Seq34 = 6 Seq35 = 15 Seq36 = 9 Seq37 = 11 Seq38 = 19 Seq39 = 22 Seq40 = 23 Seq41 = 11 Seq42 = 11 Seq43 = 23 Seq44 = 17 Seq45 = 13 Seq46 = 16 Seq47 = 18 Seq48 = 10 Seq49 = 30 Seq50 = 15 Seq51 = 23 Seq52 = 23 Seq53 = 10 Seq54 = 14 Seq55 = 64 Seq56 = 22 SeqR1 = 52 SeqR2 = 26 SeqR3 = 33 SeqR4 = 20 SeqR5 = 1 SeqR6 = 1 SeqR7 = 10 SeqR8 = 21 SeqR9 = 27 SeqR10 = 74 SeqR11 = 23 SeqR12 = 14 SeqR13 = 14 SeqR14 = 13 SeqR15 = 11 SeqR16 = 8 SeqR17 = 17 SeqR18 = 31 SeqR19 = 17 SeqR20 = 9 SeqR21 = 10 SeqR22 = 8 SeqR23 = 23 SeqR24 = 15 SeqR25 = 4 SeqR26 = 9 SeqR27 = 16 SeqR28 = 10 SeqR29 = 4 SeqR30 = 8 SeqR31 = 12 SeqR32 = 14 SeqR33 = 7 SeqR34 = 5 SeqR35 = 14 SeqR36 = 5 SeqR37 = 6 SeqR38 = 20 SeqR39 = 27 SeqR40 = 25 SeqR41 = 10 SeqR42 = 9 SeqR43 = 11 SeqR44 = 17 SeqR45 = 26 SeqR46 = 24 SeqR47 = 31 SeqR48 = 14 SeqR49 = 18 SeqR50 = 12 SeqR51 = 17 SeqR52 = 20 SeqR53 = 8 SeqR54 = 7 SeqR55 = 58 SeqR56 = 17

1 MEVPPPAPRS 59
2 PAPRSFLCRA 29
3 FLCRALCLFP 32
4 LCLFPRVFAA 11
5 RVFAAEAVTA 4
6 EAVTADSEVL 8
7 DSEVLEERQK 22
8 EERQKRLPYV 27
9 RLPYVPEPYY 47
10 PEPYYPESGW 75
11 PESGWDRLRE 23
12 DRLRELFGKD 25
13 LFGKDEQQRI 17
14 EQQRISKDLA 8
15 SKDLANICKT 14
16 NICKTAATAG 7
17 AATAGIIGWV 6
18 IIGWVYGGIP 26
19 YGGIPAFIHA 24
20 AFIHAKQQYI 7
21 KQQYIEQSQA 8
22 EQSQAEIYHN 6
23 EIYHNRFDAV 20
24 RFDAVQSAHR 6
25 QSAHRAATRG 5
26 AATRGFIRYG 12
27 FIRYGWRWGW 24
28 WRWGWRTAVF 9
29 RTAVFVTIFN 12
30 VTIFNTVNTS 4
31 TVNTSLNVYR 7
32 LNVYRNKDAL 17
33 NKDALSHFVI 21
34 SHFVIAGAVT 6
35 AGAVTGSLFR 15
36 GSLFRINVGL 9
37 INVGLRGLVA 11
38 RGLVAGGIIG 19
39 GGIIGALLGT 22
40 ALLGTPVGGL 23
41 PVGGLLMAFQ 11
42 LMAFQKYSGE 11
43 KYSGETVQER 23
44 TVQERKQKDR 17
45 KQKDRKALHE 13
46 KALHELKLEE 16
47 LKLEEWKGRL 18
48 WKGRLQVTEH 10
49 QVTEHLPEKI 30
50 LPEKIESSLQ 15
51 ESSLQEDEPE 23
52 EDEPENDAKK 23
53 NDAKKIEALL 10
54 IEALLNLPRN 14
55 NLPRNPSVIDKQDKD 64
56 PSVIDKQDKD 22

1 SRPAPPPVEM 52
2 ARCLFSRPAP 26
3 PFLCLARCLF 33
4 AAFVRPFLCL 20
5 ATVAEAAFVR 1
6 LVESDATVAE 1
7 KQREELVESD 10
8 VYPLRKQREE 21
9 YYPEPVYPLR 27
10 WGSEPYYPEP 74
11 ERLRDWGSEP 23
12 DKGFLERLRD 14
13 IRQQEDKGFL 14
14 ALDKSIRQQE 13
15 TKCINALDKS 11
16 GATAATKCIN 8
17 VWGIIGATAA 17
18 PIGGYVWGII 31
19 AHIFAPIGGY 17
20 IYQQKAHIFA 9
21 AQSQEIYQQK 10
22 NHYIEAQSQE 8
23 VADFRNHYIE 23
24 RHASQVADFR 15
25 GRTAARHASQ 4
26 GYRIFGRTAA 9
27 WGWRWGYRIF 16
28 FVATRWGWRW 10
29 NFITVFVATR 4
30 STNVTNFITV 8
31 RYVNLSTNVT 12
32 LADKNRYVNL 14
33 IVFHSLADKN 7
34 TVAGAIVFHS 5
35 RFLSGTVAGA 14
36 LGVNIRFLSG 5
37 AVLGRLGVNI 6
38 GIIGGAVLGR 20
39 TGLLAGIIGG 27
40 LGGVPTGLLA 25
41 QFAMLLGGVP 10
42 EGSYKQFAML 9
43 REQVTEGSYK 11
44 RDKQKREQVT 17
45 EHLAKRDKQK 26
46 EELKLEHLAK 24
47 LRGKWEELKL 31
48 HETVQLRGKW 14
49 IKEPLHETVQ 18
50 QLSSEIKEPL 12
51 EPEDEQLSSE 17
52 KKADNEPEDE 20
53 LLAEIKKADN 8
54 NRPLNLLAEI 7
55 DKDQKDIVSPNRPLN 58
56 DKDQKDIVSP 17