KEGG   Meleagris gallopavo (turkey): 100542447
Entry
100542447         CDS       T01523                                 
Symbol
CDK5RAP2
Name
(RefSeq) CDK5 regulatory subunit-associated protein 2 isoform X2
  KO
K16542  CDK5 regulatory subunit-associated protein 2
Organism
mgp  Meleagris gallopavo (turkey)
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mgp03036]
    100542447 (CDK5RAP2)
Chromosome and associated proteins [BR:mgp03036]
 Eukaryotic type
  Centrosome formation proteins
   Pericentriolar materials (PCM)
    Other PCM proteins
     100542447 (CDK5RAP2)
   Centrosome duplication proteins
    Regulators of centriole replication
     100542447 (CDK5RAP2)
SSDB
Motif
Pfam: Cnn_1N HALZ
Other DBs
NCBI-GeneID: 100542447
NCBI-ProteinID: XP_003211271
Position
19:complement(4383099..4456120)
AA seq 1985 aa
MDSLPGEDITLPVGFEGSVSALPDISREGPQLEPAGCRGLPDVAEDTVSPIRARTMKDYE
NQISDLKKENFNLKLRIYFQEMRIQQKFDGPTEDMYKINIELKVEIESLKRDLQEREKLL
IKASKAVESLAQGGDAEIQRVKEEAQKKLQEMERILTGRINLLEENLKAAQEDVEKAIAM
AEKEKALRIVAEQKLSSLTNAPAKDLDMIAGTEKDRLIEQLNLSLKSKEAVIQHLEEENS
QSGPGDGNLAEKIEELTIALRHGKASEIEAIKMELKNERNSFEKKIQSLEEELQERENEL
AVEKKNGLKRDKTIQGLTVALKAKEKENEELASEIEALNTSLAKAREATHQAHIQKFKGA
EDYQALLMEKETLLAELRSENLTKDAENRKLQRRIKRTDQELNDLNLEREKMEKELDEAQ
LQKSRSDKTINDLRNQVEKLHGEMAEKEKAVEHHYNILLSESNQKLQSQELLIKQLTDNV
SQKDLLLQKSDETIKEKEAELQELLNKYKNLLRDNQELELKNEGLVKEKHAAQSEQSVIR
IVRELEEKKESEYEKLILALKKEQNIYSTLVQTFKESDSLNSLQAELNKIFMLRKQLEDD
ILATRNLQKVLEDQIKNAKNRQDETLSFCGDQTSYMSICLGEQDNLNLQIDHLSLEELKK
KVTDLLLMVKDLQLINQELKMKQLGFFTTDSQGKEAVKILNQSEFLEITEEQVKQTEDGD
NDRKMQNSQFYERDSQIRLREAMDCPSGVDKQITPSGCSESFCKDRHYRNPNKPQLEHDT
TGKHFGRIGMSEHETEEMNLLTSLLRENRTSVLESTRQEEMKTINELLDHLSTTEQEHSS
EDTEKKNEDLRQVIIQLRAELKHFKQANKFLKQQAELKSTFGGKEKLHADATPQINKDIE
LLNAELKDAATQTMTFEGNVMRFKCEGNKGASEGKTKYSRLNAGGELQQENVCKKSEQHE
RGFFSRRTTETDAAHQLRKSRLPVLLRSSRPVRNWPVSSSVHRLDSELWHHTGAPYEGLK
TCELQTKQLQAQANGELLLHESATEDLQEEPAEESTLVRGDSFSKAGSFGAQVESQDADT
GGKKEYVVYRNQQNCQEMENHHDISDANIQHSLKEINEELYSVEHEDIDSATAHSGSKCL
RSLKLSVTSTDALDDCEVVDDTEELKQRIKSMQSELEKYKMFVFHLQTSDQLLLSGVSSA
VLSDAALPGEGHFVQDTTMQEIKPFSGLHQLKDYEIHTENRNSQSSKAQTLWPAQNFKEI
LSANEMDLKKELVADMHPDEVYCLQNKLSDTSPSKYDSLVHSQAQELSIQHHQIKEIRCG
CVTYHQHLTSLIKAFEELLQASDVDYYVAEGFREQLNQSVLLFEKLERKLLYGESVGAEV
TILYELAQRENEKNATMYEELKDESPVPSALHSLSDFDLSEKSSLGSPEHRHDLGEGQHA
TLALLPSKFPPELLMEYMNEIRILRQRLEYSIKNNERLRKQLERQVTDKELDQGSANNFI
HGSEQHNSLTSEVHFLRKQNQVLNAMLAKGSRDKQKENEKLRESLSKKNAIIEHLHEDYE
CIKKENERLQKQIGKKEDETRYLTCEIYSSRNELNRLQTEMNVKQHQLSENEKLLQSLRT
EIKVYEKLEEARRKRADPRCDASEEFRKDQNNPVDLHELLTEIQSLRVQLERSIETNKTL
HEKLEEQLSKEKKEEMGSVSAVNINYLFKQESQHYAGMNENLCKCPAASRNMCELQKHGH
GFSLPQTGTHSASKDDLDCCSTSSSGTSCTPRLVPGHRMWADKNGRHVLGLIEDYNALRK
QIAEGQQVLGEMEVTLREVAGTKLQEPGIKVPDQASLRSFSASTNTVQQILEEAARLLKL
LWRVSLPMKAVHSSAHGTQDEGMKAEILRLRKKLSEQEKKLHSTVKRLHSTNQLKENMEK
VIIDQLVLTHDVLKKARGNLEVPAADNQKPASHTSKKGFSEGERSTNKDRPFLCLVVASL
CLTIY
NT seq 5958 nt   +upstreamnt  +downstreamnt
atggattctctaccaggggaagacataacgctgccggtgggcttcgagggcagtgtctcc
gcgctgccagacatctcccgcgagggcccgcagctcgagccggccggctgccgaggatta
ccagatgtggcagaagacacagtctcaccaatcagagctcggaccatgaaggactatgaa
aatcaaatctccgatctgaaaaaagagaacttcaacctgaagcttcgtatatacttccag
gaaatgcgaatacagcagaagtttgatggtcccacagaagatatgtacaaaattaacatc
gagctgaaagttgagatagaaagtctgaagcgtgatctgcaggagagagagaaactcctc
atcaaggcctcaaaggcagttgaaagcctggcccagggtggtgatgctgaaatacagcgt
gtgaaagaggaggcacaaaagaagttacaagaaatggaaagaatcttgactggcagaata
aaccttctggaggagaatcttaaagctgcccaagaagatgtggagaaagccattgcaatg
gcagagaaggagaaagcattgagaattgttgctgagcagaaactttcttcacttacaaat
gctcctgcaaaggatctggatatgattgcaggaactgagaaggacagacttatagagcaa
ctgaatctgtctttgaaaagtaaagaagctgtaattcaacatcttgaagaagaaaactct
cagagcggacctggtgatgggaacttagcagaaaaaattgaagaacttaccattgctttg
agacatggaaaagctagtgagatagaggctattaagatggagcttaaaaatgagagaaat
tcctttgaaaaaaaaatccaatctctcgaagaagagttgcaagagagagaaaatgagctt
gctgttgaaaagaagaatggcttgaaaagggataaaaccattcaagggctaactgttgca
ctaaaagcaaaggaaaaagagaatgaagaacttgcttctgaaattgaagctctcaatact
tcgttggctaaggcaagagaggcaactcatcaagcacacatccagaaattcaagggtgct
gaggattatcaagctctcctgatggaaaaagagaccctcttagcagagctgcgttcagaa
aacctcacaaaggatgctgagaatcgtaaactacagcggaggattaaaaggactgatcaa
gagctgaatgatctgaatttagaaagagagaaaatggagaaggagctggatgaagcacag
ctgcagaagagcagaagtgacaaaaccattaatgatcttagaaatcaagtggagaaatta
cacggtgaaatggctgagaaagaaaaagctgttgaacatcattacaatattcttttgagc
gaaagcaatcagaagttgcagagccaagaactacttatcaagcaactaacagacaacgtc
agtcaaaaggatcttttgcttcagaaatctgatgaaacaattaaagaaaaggaagcagaa
ttgcaagagctgctgaataagtacaagaaccttctaagagacaatcaagaacttgagctg
aaaaatgaggggttggtaaaggaaaaacatgctgcacagtctgaacagtcagtcatcagg
atagtcagagagttggaggaaaaaaaagaatctgaatatgaaaagctgatccttgcttta
aagaaggaacaaaatatttattctacactggtgcagacctttaaggaatcagatagttta
aatagcttgcaggcagaactaaacaagatcttcatgttacggaaacagctcgaagatgac
attctagccactcggaatctccagaaggtcttagaagatcagattaagaatgctaaaaac
agacaagatgaaacactatctttctgtggagatcaaacatcttatatgagtatttgctta
ggagagcaagataatttaaacctacagatagaccatctgtctcttgaagaacttaagaaa
aaggttactgatcttctcttgatggttaaggacctgcagttaattaatcaagaacttaag
atgaaacagcttggattcttcacaacagattctcaagggaaggaggcagtgaagatatta
aaccagagtgagtttcttgaaataacagaagagcaggtgaagcagactgaagatggtgac
aatgacaggaagatgcagaacagtcagttttatgagagggacagtcagatacgccttcgt
gaagccatggattgtccttctggggtggataagcagataactccatcaggctgttcagag
agtttctgcaaagatagacattataggaatccaaataagcctcagcttgaacatgataca
actggcaaacactttggcagaatagggatgagtgaacatgaaacagaagagatgaacttg
ctcacatctcttttaagagaaaatagaacatctgtacttgaatctaccagacaagaagaa
atgaaaactataaatgaactgttagatcatctgagcacaactgagcaagaacattcaagt
gaagacacagagaaaaagaatgaagatcttaggcaagtgattattcaactaagagctgaa
ctcaaacatttcaagcaggccaataaatttttaaagcagcaagcagaattaaaatcaact
tttggtgggaaagagaagcttcatgcagatgcaacgccacagattaataaggatattgag
ttgctgaatgcagaactgaaagatgcagctacacaaacaatgactttcgagggtaatgtc
atgagattcaaatgtgaaggcaataaaggagcctcggaagggaaaacaaaatattcaaga
ttaaatgcaggaggagaacttcagcaggaaaatgtgtgtaagaagagcgagcagcatgaa
agaggctttttttcaaggagaacaactgaaactgatgctgctcatcagctgaggaaatcc
cggctgcccgttctgctacgatcatccagaccagtaaggaattggcctgtgagctcctct
gtgcacaggttggattcagaactctggcatcacaccggagcaccctatgaaggtctgaag
acgtgtgagcttcaaaccaagcaacttcaagcacaagcaaatggagagctgctattgcac
gagtctgcaactgaagatctgcaagaagagcctgccgaggagagcacattagtgagaggt
gactcattcagcaaagcaggcagctttggggcccaggttgaatcgcaggatgccgataca
gggggcaagaaggaatatgtggtgtacagaaatcagcagaactgtcaagaaatggaaaat
catcatgacattagcgatgcgaatatccagcattcattaaaagaaataaatgaagagctt
tattcggtggaacatgaggacattgactcagccacagcacattcaggttccaagtgtctt
cgttctctcaaattgagtgtaaccagcacagatgcacttgatgactgtgaagtcgtagat
gatacagaagaactgaaacaaagaattaagagtatgcagtctgaacttgaaaagtacaaa
atgttcgtatttcatttacagacctctgaccagcttttattgagtggtgtttccagtgca
gttctgagtgatgcagctttgcctggggaaggacattttgtacaagatacaactatgcag
gaaatcaaaccattttctggtttacatcagctgaaggattatgagattcacacagaaaat
agaaattcacagtcttcaaaagcacaaaccttgtggccagcacaaaactttaaggaaata
ctctcagctaatgagatggacctcaaaaaagagctggttgcagatatgcatcctgatgaa
gtgtattgtcttcaaaacaaactgagcgacacatcaccatccaaatacgattcattagtt
cattcacaagctcaagagctttccattcaacaccaccaaattaaagagatccgctgtggc
tgtgtcacttaccatcagcatctgacgagccttattaaggcttttgaggaactgcttcaa
gccagcgatgtagattattacgttgctgaaggcttccgtgagcagctgaatcaaagcgtg
ctgttgtttgaaaagctggaaaggaaactcctgtatggagagtcagtaggtgcagaagtt
accatactttatgaattagctcaaagggaaaatgagaagaatgccacaatgtatgaggag
cttaaggatgaatcacctgtaccatctgctcttcatagcctgtctgattttgatttgtca
gagaagtcatctcttggatcaccagagcacagacatgacctaggagaaggacagcatgcc
acactggcgcttctgccaagcaaatttcccccagagttattaatggagtacatgaacgaa
attcgaatcctgagacaacgtttagaatattccataaaaaacaatgagagactgaggaag
cagcttgagagacaagtaacagacaaagagctagatcaaggttctgcaaacaattttatc
catggctcagagcagcataattctctcacttctgaagtacatttcctgagaaagcaaaat
caagttctgaatgcaatgctggcaaaaggatccagagataaacaaaaggaaaatgaaaag
ctaagagaatctctttctaaaaagaatgcaatcattgaacatcttcacgaggattatgaa
tgcatcaagaaagaaaatgaaaggttgcaaaaacaaattggcaaaaaggaggatgaaacc
agatatctgacatgtgaaatttacagcagtcgtaatgaattaaacaggttgcaaacagaa
atgaatgtaaagcagcatcagctctctgagaatgagaagttactgcagtcgctccgaact
gagatcaaagtttatgaaaagctggaggaagcaaggaggaagagggcagatcccagatgt
gatgcatcagaagaatttcgaaaagatcagaataatccagttgacttacatgaactgctg
actgaaatacagagtttgcgagtacagcttgaaagaagcatagagacaaacaagactttg
cacgaaaaattagaggagcaactttcaaaagaaaagaaggaggaaatgggatcagtgtca
gctgtgaatatcaattatcttttcaaacaagaatctcagcattatgcaggaatgaacgaa
aatctttgcaaatgccctgctgccagcagaaacatgtgtgagctgcagaagcacggacat
ggcttttcactgccacaaacaggtacacactctgcctctaaagatgacttagactgctgc
agtacctcatcttctggtacatcatgtacccctcggctcgttcctgggcatcggatgtgg
gcagacaaaaatgggcgccacgtccttggtttgattgaggattacaacgctctccggaag
cagattgcagaagggcaacaggttttgggagaaatggaggttactttaagagaggtcgct
ggtacgaagctgcaggagcctggaataaaggtaccagaccaggcatcgctgcgaagcttt
tctgcaagcaccaacacagtgcagcagattttagaagaggctgcacgtttactgaaactt
ctctggagagtttcccttccaatgaaagcggtacatagttctgctcacggcactcaggat
gaaggaatgaaagcagaaatacttcgattgcggaagaaactgtctgagcaagagaagaag
ttgcacagcacagtgaaacgcttgcactctacaaatcagctgaaggaaaacatggagaaa
gtcattattgaccagttggttttaactcatgatgtcctgaagaaggctagaggaaacctg
gaagtcccagcagctgacaatcaaaaaccagcttcccataccagcaaaaaaggattctct
gaaggagaaaggtccactaataaagacagaccgttcctctgcttggtggttgcttcttta
tgccttactatttattga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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