Parkinson CDK5_HUMAN

CDK5_HUMAN - 292 amino acids

Parkinson

NC

CN

Max NC = 38
Total NC = 1091/2124
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 34
Total CN = 1033/2124
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 4 Seq2 = 9 Seq3 = 16 Seq4 = 8 Seq5 = 11 Seq6 = 12 Seq7 = 14 Seq8 = 17 Seq9 = 17 Seq10 = 22 Seq11 = 26 Seq12 = 25 Seq13 = 14 Seq14 = 24 Seq15 = 10 Seq16 = 17 Seq17 = 18 Seq18 = 23 Seq19 = 31 Seq20 = 28 Seq21 = 11 Seq22 = 12 Seq23 = 20 Seq24 = 26 Seq25 = 22 Seq26 = 24 Seq27 = 21 Seq28 = 16 Seq29 = 18 Seq30 = 13 Seq31 = 22 Seq32 = 15 Seq33 = 22 Seq34 = 38 Seq35 = 17 Seq36 = 16 Seq37 = 23 Seq38 = 15 Seq39 = 17 Seq40 = 22 Seq41 = 29 Seq42 = 17 Seq43 = 19 Seq44 = 14 Seq45 = 15 Seq46 = 22 Seq47 = 30 Seq48 = 36 Seq49 = 22 Seq50 = 21 Seq51 = 13 Seq52 = 12 Seq53 = 17 Seq54 = 21 Seq55 = 18 Seq56 = 15 Seq57 = 34 SeqR1 = 2 SeqR2 = 6 SeqR3 = 14 SeqR4 = 7 SeqR5 = 13 SeqR6 = 8 SeqR7 = 4 SeqR8 = 18 SeqR9 = 9 SeqR10 = 15 SeqR11 = 32 SeqR12 = 12 SeqR13 = 16 SeqR14 = 20 SeqR15 = 14 SeqR16 = 14 SeqR17 = 25 SeqR18 = 27 SeqR19 = 27 SeqR20 = 21 SeqR21 = 9 SeqR22 = 16 SeqR23 = 14 SeqR24 = 18 SeqR25 = 25 SeqR26 = 20 SeqR27 = 16 SeqR28 = 15 SeqR29 = 19 SeqR30 = 16 SeqR31 = 23 SeqR32 = 10 SeqR33 = 23 SeqR34 = 33 SeqR35 = 22 SeqR36 = 11 SeqR37 = 19 SeqR38 = 14 SeqR39 = 8 SeqR40 = 19 SeqR41 = 27 SeqR42 = 17 SeqR43 = 12 SeqR44 = 26 SeqR45 = 31 SeqR46 = 27 SeqR47 = 32 SeqR48 = 34 SeqR49 = 27 SeqR50 = 19 SeqR51 = 13 SeqR52 = 11 SeqR53 = 24 SeqR54 = 22 SeqR55 = 9 SeqR56 = 18 SeqR57 = 30

1 MQKYEKLEKI 4
2 KLEKIGEGTY 9
3 GEGTYGTVFK 16
4 GTVFKAKNRE 8
5 AKNRETHEIV 11
6 THEIVALKRV 12
7 ALKRVRLDDD 14
8 RLDDDDEGVP 17
9 DEGVPSSALR 17
10 SSALREICLL 22
11 EICLLKELKH 26
12 KELKHKNIVR 25
13 KNIVRLHDVL 14
14 LHDVLHSDKK 24
15 HSDKKLTLVF 10
16 LTLVFEFCDQ 17
17 EFCDQDLKKY 18
18 DLKKYFDSCN 23
19 FDSCNGDLDP 31
20 GDLDPEIVKS 28
21 EIVKSFLFQL 11
22 FLFQLLKGLG 12
23 LKGLGFCHSR 20
24 FCHSRNVLHR 26
25 NVLHRDLKPQ 22
26 DLKPQNLLIN 24
27 NLLINRNGEL 21
28 RNGELKLADF 16
29 KLADFGLARA 18
30 GLARAFGIPV 13
31 FGIPVRCYSA 22
32 RCYSAEVVTL 15
33 EVVTLWYRPP 22
34 WYRPPDVLFG 38
35 DVLFGAKLYS 17
36 AKLYSTSIDM 16
37 TSIDMWSAGC 23
38 WSAGCIFAEL 15
39 IFAELANAGR 17
40 ANAGRPLFPG 22
41 PLFPGNDVDD 29
42 NDVDDQLKRI 17
43 QLKRIFRLLG 19
44 FRLLGTPTEE 14
45 TPTEEQWPSM 15
46 QWPSMTKLPD 22
47 TKLPDYKPYP 30
48 YKPYPMYPAT 36
49 MYPATTSLVN 22
50 TSLVNVVPKL 21
51 VVPKLNATGR 13
52 NATGRDLLQN 12
53 DLLQNLLKCN 17
54 LLKCNPVQRI 21
55 PVQRISAEEA 18
56 SAEEALQHPY 15
57 LQHPYFSDFCPP 34

1 IKELKEYKQM 2
2 YTGEGIKELK 6
3 KFVTGYTGEG 14
4 ERNKAKFVTG 7
5 VIEHTERNKA 13
6 VRKLAVIEHT 8
7 DDDLRVRKLA 4
8 PVGEDDDDLR 18
9 RLASSPVGED 9
10 LLCIERLASS 15
11 HKLEKLLCIE 32
12 RVINKHKLEK 12
13 LVDHLRVINK 16
14 KKDSHLVDHL 20
15 FVLTLKKDSH 14
16 QDCFEFVLTL 14
17 YKKLDQDCFE 25
18 NCSDFYKKLD 27
19 PDLDGNCSDF 27
20 SKVIEPDLDG 21
21 LQFLFSKVIE 9
22 GLGKLLQFLF 16
23 RSHCFGLGKL 14
24 RHLVNRSHCF 18
25 QPKLDRHLVN 25
26 NILLNQPKLD 20
27 LEGNRNILLN 16
28 FDALKLEGNR 15
29 ARALGFDALK 19
30 VPIGFARALG 16
31 ASYCRVPIGF 23
32 LTVVEASYCR 10
33 PPRYWLTVVE 23
34 GFLVDPPRYW 33
35 SYLKAGFLVD 22
36 MDISTSYLKA 11
37 CGASWMDIST 19
38 LEAFICGASW 14
39 RGANALEAFI 8
40 GPFLPRGANA 19
41 DDVDNGPFLP 27
42 IRKLQDDVDN 17
43 GLLRFIRKLQ 12
44 EETPTGLLRF 26
45 MSPWQEETPT 31
46 DPLKTMSPWQ 27
47 PYPKYDPLKT 32
48 TAPYMPYPKY 34
49 NVLSTTAPYM 27
50 LKPVVNVLST 19
51 RGTANLKPVV 13
52 NQLLDRGTAN 11
53 NCKLLNQLLD 24
54 IRQVPNCKLL 22
55 AEEASIRQVP 9
56 YPHQLAEEAS 18
57 PPCFDSFYPHQL 30