X CCND1_HUMAN

CCND1_HUMAN - 295 amino acids

X

NC

CN

Max NC = 51
Total NC = 894/1805
NC X-axis shows number of BLAST hits for
each of the NC sequences along the Y-axis

Max CN = 54
Total CN = 911/1805
CN X-axis shows number of BLAST hits for
each of the CN sequences along the Y-axis

Seq1 = 23 Seq2 = 14 Seq3 = 18 Seq4 = 20 Seq5 = 7 Seq6 = 1 Seq7 = 7 Seq8 = 19 Seq9 = 17 Seq10 = 18 Seq11 = 9 Seq12 = 13 Seq13 = 20 Seq14 = 27 Seq15 = 17 Seq16 = 10 Seq17 = 17 Seq18 = 9 Seq19 = 11 Seq20 = 6 Seq21 = 9 Seq22 = 3 Seq23 = 7 Seq24 = 15 Seq25 = 16 Seq26 = 24 Seq27 = 27 Seq28 = 3 Seq29 = 16 Seq30 = 7 Seq31 = 13 Seq32 = 39 Seq33 = 15 Seq34 = 21 Seq35 = 11 Seq36 = 20 Seq37 = 12 Seq38 = 13 Seq39 = 17 Seq40 = 6 Seq41 = 3 Seq42 = 13 Seq43 = 7 Seq44 = 17 Seq45 = 21 Seq46 = 7 Seq47 = 18 Seq48 = 29 Seq49 = 32 Seq50 = 15 Seq51 = 3 Seq52 = 2 Seq53 = 13 Seq54 = 35 Seq55 = 6 Seq56 = 20 Seq57 = 51 Seq58 = 25 SeqR1 = 15 SeqR2 = 10 SeqR3 = 12 SeqR4 = 19 SeqR5 = 9 SeqR6 = 1 SeqR7 = 13 SeqR8 = 21 SeqR9 = 10 SeqR10 = 22 SeqR11 = 12 SeqR12 = 17 SeqR13 = 32 SeqR14 = 24 SeqR15 = 34 SeqR16 = 13 SeqR17 = 18 SeqR18 = 11 SeqR19 = 10 SeqR20 = 8 SeqR21 = 13 SeqR22 = 13 SeqR23 = 12 SeqR24 = 16 SeqR25 = 23 SeqR26 = 18 SeqR27 = 13 SeqR28 = 5 SeqR29 = 19 SeqR30 = 12 SeqR31 = 21 SeqR32 = 15 SeqR33 = 21 SeqR34 = 16 SeqR35 = 11 SeqR36 = 11 SeqR37 = 14 SeqR38 = 12 SeqR39 = 21 SeqR40 = 26 SeqR41 = 4 SeqR42 = 7 SeqR43 = 9 SeqR44 = 17 SeqR45 = 15 SeqR46 = 5 SeqR47 = 13 SeqR48 = 32 SeqR49 = 23 SeqR50 = 12 SeqR51 = 4 SeqR52 = 2 SeqR53 = 18 SeqR54 = 16 SeqR55 = 10 SeqR56 = 25 SeqR57 = 54 SeqR58 = 22

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

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