Parkinson PACRG_HUMAN

PACRG_HUMAN - 296 amino acids

Parkinson

NC

CN

Max NC = 31
Total NC = 1008/1973
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 32
Total CN = 965/1973
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 1 Seq2 = 5 Seq3 = 19 Seq4 = 15 Seq5 = 25 Seq6 = 22 Seq7 = 15 Seq8 = 9 Seq9 = 9 Seq10 = 12 Seq11 = 18 Seq12 = 22 Seq13 = 18 Seq14 = 23 Seq15 = 18 Seq16 = 26 Seq17 = 21 Seq18 = 11 Seq19 = 17 Seq20 = 25 Seq21 = 28 Seq22 = 26 Seq23 = 22 Seq24 = 31 Seq25 = 21 Seq26 = 7 Seq27 = 22 Seq28 = 26 Seq29 = 26 Seq30 = 18 Seq31 = 13 Seq32 = 9 Seq33 = 14 Seq34 = 16 Seq35 = 10 Seq36 = 13 Seq37 = 17 Seq38 = 14 Seq39 = 18 Seq40 = 13 Seq41 = 10 Seq42 = 21 Seq43 = 22 Seq44 = 19 Seq45 = 23 Seq46 = 25 Seq47 = 21 Seq48 = 7 Seq49 = 19 Seq50 = 18 Seq51 = 8 Seq52 = 18 Seq53 = 15 Seq54 = 13 Seq55 = 25 Seq56 = 9 Seq57 = 21 Seq58 = 19 SeqR1 = 1 SeqR2 = 6 SeqR3 = 19 SeqR4 = 17 SeqR5 = 19 SeqR6 = 26 SeqR7 = 17 SeqR8 = 16 SeqR9 = 9 SeqR10 = 3 SeqR11 = 14 SeqR12 = 17 SeqR13 = 17 SeqR14 = 22 SeqR15 = 20 SeqR16 = 24 SeqR17 = 25 SeqR18 = 18 SeqR19 = 20 SeqR20 = 24 SeqR21 = 27 SeqR22 = 22 SeqR23 = 17 SeqR24 = 27 SeqR25 = 23 SeqR26 = 16 SeqR27 = 24 SeqR28 = 22 SeqR29 = 22 SeqR30 = 15 SeqR31 = 17 SeqR32 = 11 SeqR33 = 19 SeqR34 = 12 SeqR35 = 11 SeqR36 = 6 SeqR37 = 22 SeqR38 = 19 SeqR39 = 10 SeqR40 = 13 SeqR41 = 7 SeqR42 = 11 SeqR43 = 14 SeqR44 = 21 SeqR45 = 14 SeqR46 = 32 SeqR47 = 21 SeqR48 = 9 SeqR49 = 14 SeqR50 = 15 SeqR51 = 11 SeqR52 = 11 SeqR53 = 16 SeqR54 = 8 SeqR55 = 23 SeqR56 = 12 SeqR57 = 18 SeqR58 = 19

1 MVAEKETLSL 1
2 ETLSLNKCPD 5
3 NKCPDKMPKR 19
4 KMPKRTKLLA 15
5 TKLLAQQPLP 25
6 QQPLPVHQPH 22
7 VHQPHSLVSE 15
8 SLVSEGFTVK 9
9 GFTVKAMMKN 9
10 AMMKNSVVRG 12
11 SVVRGPPAAG 18
12 PPAAGAFKER 22
13 AFKERPTKPT 18
14 PTKPTAFRKF 23
15 AFRKFYERGD 18
16 YERGDFPIAL 26
17 FPIALEHDSK 21
18 EHDSKGNKIA 11
19 GNKIAWKVEI 17
20 WKVEIEKLDY 25
21 EKLDYHHYLP 28
22 HHYLPLFFDG 26
23 LFFDGLCEMT 22
24 LCEMTFPYEF 31
25 FPYEFFARQG 21
26 FARQGIHDML 7
27 IHDMLEHGGN 22
28 EHGGNKILPV 26
29 KILPVLPQLI 26
30 LPQLIIPIKN 18
31 IPIKNALNLR 13
32 ALNLRNRQVI 9
33 NRQVICVTLK 14
34 CVTLKVLQHL 16
35 VLQHLVVSAE 10
36 VVSAEMVGKA 13
37 MVGKALVPYY 17
38 LVPYYRQILP 14
39 RQILPVLNIF 18
40 VLNIFKNMNG 13
41 KNMNGSYSLP 10
42 SYSLPRLECS 21
43 RLECSGAIMA 22
44 GAIMARCNLD 19
45 RCNLDHLGSS 23
46 HLGSSDPPTS 25
47 DPPTSASQVA 21
48 ASQVAEIIVN 7
49 EIIVNSGDGI 19
50 SGDGIDYSQQ 18
51 DYSQQKRENI 8
52 KRENIGDLIQ 18
53 GDLIQETLEA 15
54 ETLEAFERYG 13
55 FERYGGENAF 25
56 GENAFINIKY 9
57 INIKYVVPTY 21
58 VVPTYESCLLN 19

1 LSLTEKEAVM 1
2 DPCKNLSLTE 6
3 RKPMKDPCKN 19
4 ALLKTRKPMK 17
5 PLPQQALLKT 19
6 HPQHVPLPQQ 26
7 ESVLSHPQHV 17
8 KVTFGESVLS 16
9 NKMMAKVTFG 9
10 GRVVSNKMMA 3
11 GAAPPGRVVS 14
12 REKFAGAAPP 17
13 TPKTPREKFA 17
14 FKRFATPKTP 22
15 DGREYFKRFA 20
16 LAIPFDGREY 24
17 KSDHELAIPF 25
18 AIKNGKSDHE 18
19 IEVKWAIKNG 20
20 YDLKEIEVKW 24
21 PLYHHYDLKE 27
22 GDFFLPLYHH 22
23 TMECLGDFFL 17
24 FEYPFTMECL 27
25 GQRAFFEYPF 23
26 LMDHIGQRAF 16
27 NGGHELMDHI 24
28 VPLIKNGGHE 22
29 ILQPLVPLIK 22
30 NKIPIILQPL 15
31 RLNLANKIPI 17
32 IVQRNRLNLA 11
33 KLTVCIVQRN 19
34 LHQLVKLTVC 12
35 EASVVLHQLV 11
36 AKGVMEASVV 6
37 YYPVLAKGVM 22
38 PLIQRYYPVL 19
39 FINLVPLIQR 10
40 GNMNKFINLV 13
41 PLSYSGNMNK 7
42 SCELRPLSYS 11
43 AMIAGSCELR 14
44 DLNCRAMIAG 21
45 SSGLHDLNCR 14
46 STPPDSSGLH 32
47 AVQSASTPPD 21
48 NVIIEAVQSA 9
49 IGDGSNVIIE 14
50 QQSYDIGDGS 15
51 INERKQQSYD 11
52 QILDGINERK 11
53 AELTEQILDG 16
54 GYREFAELTE 8
55 FANEGGYREF 23
56 YKINIFANEG 12
57 YTPVVYKINI 18
58 NLLCSEYTPVV 19