Parkinson CCND1_HUMAN

CCND1_HUMAN - 295 amino acids

Parkinson

NC

CN

Max NC = 30
Total NC = 819/1664
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 30
Total CN = 845/1664
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 11 Seq2 = 12 Seq3 = 9 Seq4 = 22 Seq5 = 11 Seq6 = 5 Seq7 = 10 Seq8 = 19 Seq9 = 13 Seq10 = 15 Seq11 = 12 Seq12 = 16 Seq13 = 15 Seq14 = 22 Seq15 = 24 Seq16 = 15 Seq17 = 13 Seq18 = 8 Seq19 = 12 Seq20 = 11 Seq21 = 9 Seq22 = 8 Seq23 = 9 Seq24 = 12 Seq25 = 13 Seq26 = 19 Seq27 = 19 Seq28 = 10 Seq29 = 18 Seq30 = 15 Seq31 = 10 Seq32 = 24 Seq33 = 19 Seq34 = 19 Seq35 = 13 Seq36 = 14 Seq37 = 12 Seq38 = 22 Seq39 = 18 Seq40 = 12 Seq41 = 12 Seq42 = 10 Seq43 = 13 Seq44 = 14 Seq45 = 9 Seq46 = 8 Seq47 = 11 Seq48 = 24 Seq49 = 30 Seq50 = 16 Seq51 = 11 Seq52 = 6 Seq53 = 11 Seq54 = 14 Seq55 = 8 Seq56 = 20 Seq57 = 15 Seq58 = 17 SeqR1 = 9 SeqR2 = 8 SeqR3 = 10 SeqR4 = 22 SeqR5 = 11 SeqR6 = 3 SeqR7 = 13 SeqR8 = 12 SeqR9 = 9 SeqR10 = 18 SeqR11 = 17 SeqR12 = 18 SeqR13 = 24 SeqR14 = 19 SeqR15 = 28 SeqR16 = 17 SeqR17 = 17 SeqR18 = 18 SeqR19 = 13 SeqR20 = 10 SeqR21 = 14 SeqR22 = 8 SeqR23 = 7 SeqR24 = 21 SeqR25 = 22 SeqR26 = 19 SeqR27 = 21 SeqR28 = 6 SeqR29 = 16 SeqR30 = 19 SeqR31 = 19 SeqR32 = 26 SeqR33 = 13 SeqR34 = 13 SeqR35 = 13 SeqR36 = 15 SeqR37 = 16 SeqR38 = 14 SeqR39 = 18 SeqR40 = 10 SeqR41 = 1 SeqR42 = 2 SeqR43 = 12 SeqR44 = 13 SeqR45 = 15 SeqR46 = 13 SeqR47 = 10 SeqR48 = 30 SeqR49 = 17 SeqR50 = 17 SeqR51 = 6 SeqR52 = 5 SeqR53 = 7 SeqR54 = 13 SeqR55 = 13 SeqR56 = 13 SeqR57 = 22 SeqR58 = 30

1 MEHQLLCCEV 11
2 LCCEVETIRR 12
3 ETIRRAYPDA 9
4 AYPDANLLND 22
5 NLLNDRVLRA 11
6 RVLRAMLKAE 5
7 MLKAEETCAP 10
8 ETCAPSVSYF 19
9 SVSYFKCVQK 13
10 KCVQKEVLPS 15
11 EVLPSMRKIV 12
12 MRKIVATWML 16
13 ATWMLEVCEE 15
14 EVCEEQKCEE 22
15 QKCEEEVFPL 24
16 EVFPLAMNYL 15
17 AMNYLDRFLS 13
18 DRFLSLEPVK 8
19 LEPVKKSRLQ 12
20 KSRLQLLGAT 11
21 LLGATCMFVA 9
22 CMFVASKMKE 8
23 SKMKETIPLT 9
24 TIPLTAEKLC 12
25 AEKLCIYTDN 13
26 IYTDNSIRPE 19
27 SIRPEELLQM 19
28 ELLQMELLLV 10
29 ELLLVNKLKW 18
30 NKLKWNLAAM 15
31 NLAAMTPHDF 10
32 TPHDFIEHFL 24
33 IEHFLSKMPE 19
34 SKMPEAEENK 19
35 AEENKQIIRK 13
36 QIIRKHAQTF 14
37 HAQTFVALCA 12
38 VALCATDVKF 22
39 TDVKFISNPP 18
40 ISNPPSMVAA 12
41 SMVAAGSVVA 12
42 GSVVAAVQGL 10
43 AVQGLNLRSP 13
44 NLRSPNNFLS 14
45 NNFLSYYRLT 9
46 YYRLTRFLSR 8
47 RFLSRVIKCD 11
48 VIKCDPDCLR 24
49 PDCLRACQEQ 30
50 ACQEQIEALL 16
51 IEALLESSLR 11
52 ESSLRQAQQN 6
53 QAQQNMDPKA 11
54 MDPKAAEEEE 14
55 AEEEEEEEEE 8
56 EEEEEVDLAC 20
57 VDLACTPTDVRDVDI 15
58 TPTDVRDVDI 17

1 VECCLLQHEM 9
2 RRITEVECCL 8
3 ADPYARRITE 10
4 DNLLNADPYA 22
5 ARLVRDNLLN 11
6 EAKLMARLVR 3
7 PACTEEAKLM 13
8 FYSVSPACTE 12
9 KQVCKFYSVS 9
10 SPLVEKQVCK 18
11 VIKRMSPLVE 17
12 LMWTAVIKRM 18
13 EECVELMWTA 24
14 EECKQEECVE 19
15 LPFVEEECKQ 28
16 LYNMALPFVE 17
17 SLFRDLYNMA 17
18 KVPELSLFRD 18
19 QLRSKKVPEL 13
20 TAGLLQLRSK 10
21 AVFMCTAGLL 14
22 EKMKSAVFMC 8
23 TLPITEKMKS 7
24 CLKEATLPIT 21
25 NDTYICLKEA 22
26 EPRISNDTYI 19
27 MQLLEEPRIS 21
28 VLLLEMQLLE 6
29 WKLKNVLLLE 16
30 MAALNWKLKN 19
31 FDHPTMAALN 19
32 LFHEIFDHPT 26
33 EPMKSLFHEI 13
34 KNEEAEPMKS 13
35 KRIIQKNEEA 13
36 FTQAHKRIIQ 15
37 ACLAVFTQAH 16
38 FKVDTACLAV 14
39 PPNSIFKVDT 18
40 AAVMSPPNSI 10
41 AVVSGAAVMS 1
42 LGQVAAVVSG 2
43 PSRLNLGQVA 12
44 SLFNNPSRLN 13
45 TLRYYSLFNN 15
46 RSLFRTLRYY 13
47 DCKIVRSLFR 10
48 RLCDPDCKIV 30
49 QEQCARLCDP 17
50 LLAEIQEQCA 17
51 RLSSELLAEI 6
52 NQQAQRLSSE 5
53 AKPDMNQQAQ 7
54 EEEEAAKPDM 13
55 EEEEEEEEEA 13
56 CALDVEEEEE 13
57 IDVDRVDTPTCALDV 22
58 IDVDRVDTPT 30