Parkinson TIDC1_HUMAN

TIDC1_HUMAN - 285 amino acids

Parkinson

NC

CN

Max NC = 33
Total NC = 928/1814
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 30
Total CN = 886/1814
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

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

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

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