KEGG   Mus musculus (house mouse): 17345
Entry
17345             CDS       T01002                                 
Symbol
Mki67, D630048A14Rik, Ki-67, Ki67
Name
(RefSeq) antigen identified by monoclonal antibody Ki 67
  KO
K17582  antigen KI-67
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mmu01009]
    17345 (Mki67)
Protein phosphatases and associated proteins [BR:mmu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     17345 (Mki67)
SSDB
Motif
Pfam: KI67R FHA PP1_bind Yop-YscD_cpl
Other DBs
NCBI-GeneID: 17345
NCBI-ProteinID: NP_001074586
MGI: 106035
Ensembl: ENSMUSG00000031004
UniProt: E9PVX6
Position
7:complement(135291513..135318286)
AA seq 3177 aa
MASSAHLVTIKRSGDDGAHFPLSLSSCLFGRSIECDIRIQLPVVSKRHCKIEVKEQEAIL
YNFSSTNPTQVNGVTIDEPVRLRHGDIITIIDRSFRYEDGNHEDGSKPTEFPGKSLGKEP
SRRASRDSFCADPDGEGQDTKASKMTASRRSFVYAKGLSADSPASDGSKNSVSQDSSGHV
EQHTGRNIVEPTSGDLFKKSRSTGSSYREPKSSPTQSLSNSNEKESPFEKLYQSMKEELD
VKSQKSCRKSEPQPDRAAEESRETQLLVSGRARAKSSGSTPVTAASSPKVGKIWTERWRG
GMVPVQTSTETAKMKTPVRHSQQLKDEDSRVTGRRHSVNLDEGESAQAVHKTVTPGKLAT
RNQAAVEAGDVASPADTPEHSSSKKRSIPAKVEAPSAETQKRLSLTQRLVPGEKKTPKGS
FSKPEKLATAAEQTCSGLPGLSSVDISNFGDSINKSEGMPMKRRRVSFGGHLRPELFDEN
LPPNTPLKRGETPTKRKSLGTHSPAVLKTIIKERPQSPGKQESPGITPPRTNDQRRRSGR
TSSGSKFLCETDIPKKAGRKSGNLPAKRASISRSQHGILQMICSKRRSGASEANLIVAKS
WADVVKLGVKQTQTKVAKHVPQKQTSKRQRRPSTPKKPTSNLHNQFTTGHANSPCTIVVG
RAQIEKVSVPARPYKMLNNLMLNRKVDFSEDLSGLTEMFKTPVKEKQQQMSDTGSVLSNS
ANLSERQLQVTNSGDIPEPITTEILGEKVLSSTRNAAKQQSDRYSASPTLRRRSIKHENT
VQTPKNVHNITDLEKKTPVSETEPLKTASSVSKLRRSRELRHTLVETMNEKTEAVLAENT
TARHLRGTFREQKVDQQVQDNENAPQRCKESGELSEGSEKTSARRSSARKQKPTKDLLGS
QMVTQTADYAEELLSQGQGTIQNLEESMHMQNTSISEDQGITEKKVNIIVYATKEKHSPK
TPGKKAQPLEGPAGLKEHFETPNPKDKPITEDRTRVLCKSPQVTTENITTNTKPQTSTSG
KKVDMKEESSALTKRIHMPGESRHNPKILKLECEDIKALKQSENEMLTSTVNGSKRTLEK
SKKKAQPLEDLTCFQELFISPVPTNIIKKIPSKSPHTQPVRTPASTKRLSKTGLSKVDVR
QEPSTLGKRTKSPGRAPGTPAPVQEENDSTAFMETPKQKLDFAGNSSGSKRRSRTSKNRS
QPLEDLDGFQELFQTPAGASDSVTVEESAKISLESSQAEPVKTPASTKRRSKMSLMKVDM
KELSILEKQTQSRGRDAGTPAPMQEGNGTTAIMETPKQKLDFTGNSTGHKRRPRTPKIRA
QPLEDLDGFQELFQTPAGANDSVTVEESAKMSLESSQAEPVKTPASTKRLSKTDLSKVDV
REDPSILGKKTKSPGRAPGTPAPVQEENDCTAYMETPKQKLESIENLTGLRKQSRTPKDI
TGFQDSFQIPDHANGPLVVVKTKKMFFNSPQPESAITRKSRERQSRASISKIDVKEELLE
SEEHLQLGEGVDTFQVSTNKVIRSSRKPAKRKLDSTAGMPNSKRMRCSSKDNTPCLEDLN
GFQELFQMPGYANDSLTTGISTMLARSPQLGPVRTQINKKSLPKIILRKMDVTEEISGLW
KQSLGRVHTTQEQEDNAIKAIMEIPKETLQTAADGTRLTRQPQTPKEKVQPLEDHSVFQE
LFQTSRYCSDPLIGNKQTRMSLRSPQPGFVRTPRTSKRLAKTSVGNIAVREKISPVSLPQ
CATGEVVHIPIGPEDDTENKGVKESTPQTLDSSASRTVSKRQQGAHEERPQFSGDLFHPQ
ELFQTPASGKDPVTVDETTKIALQSPQPGHIINPASMKRQSNMSLRKDMREFSILEKQTQ
SRGRDAGTPAPMQEENGTTAIMETPKQKLDFIGNSTGHKRRPRTPKNRAQPLEDLDGFQE
LFQTPAGASDPVSVEESAKISLASSQAEPVRTPASTKRRSKTGLSKVDVRQEPSTLGKRM
KSLGRAPGTPAPVQEENDSTAFMETPKQKLDFTGNSSGHKRRPQTPKIRAQPLEDLDGFQ
ELFQTPAGANDSVTVEESVKMSLESSQAEPVKTPASTKRLSKTGLSKVDVREDPSILEKK
TKSPGTPAPVQEENDCTAFMETPKQKLDFTGNSSGHKRRPRTPKIRAQPLEDLDGFQELF
QTPAGASDSVTVEESAKMSLESSQAKPVKTPASTKRLSKTGLSKVDVREDPSTLGKKTKS
PGRAPGTPAPVQEENDSTAFMETPKQKLDFAENSSGSKRRSRTSKNRSQPLEDLDGFQEL
FQTPAGASNPVSVEESAKISLESSQAEPVRTRASTKRLSKTGLNKMDVREGHSPLSKSSC
ASQKVMQTLTLGEDHGRETKDGKVLLAQKLEPAIYVTRGKRQQRSCKKRSQSPEDLSGVQ
EVFQTSGHNKDSVTVDNLAKLPSSSPPLEPTDTSVTSRRQARTGLRKVHVKNELSGGIMH
PQISGEIVDLPREPEGEGKVIKTRKQSVKRKLDTEVNVPRSKRQRITRAEKTLEDLPGFQ
ELCQAPSLVMDSVIVEKTPKMPDKSPEPVDTTSETQARRRLRRLVVTEEPIPQRKTTRVV
RQTRNTQKEPISDNQGMEEFKESSVQKQDPSVSLTGRRNQPRTVKEKTQPLEELTSFQEE
TAKRISSKSPQPEEKETLAGLKRQLRIQLINDGVKEEPTAQRKQPSRETRNTLKEPVGDS
INVEEVKKSTKQKIDPVASVPVSKRPRRVPKEKAQALELAGLKGPIQTLGHTDESASDKG
PTQMPCNSLQPEQVDSFQSSPRRPRTRRGKVEADEEPSAVRKTVSTSRQTMRSRKVPEIG
NNGTQVSKASIKQTLDTVAKVTGSRRQLRTHKDGVQPLEVLGDSKEITQISDHSEKLAHD
TSILKSTQQQKPDSVKPLRTCRRVLRASKEDPKEVLVDTRDHATLQSKSNPLLSPKRKSA
RDGSIVRTRALRSLAPKQEATDEKPVPEKKRAASSKRHVSPEPVKMKHLKIVSNKLESVE
EQVSTVMKTEEMEAKRENPVTPDQNSRYRKKTNVKQPRPKFDASAENVGIKKNEKTMKTA
SQETELQNPDDGAKKSTSRGQVSGKRTCLRSRGTTEMPQPCEAEEKTSKPAAEILIKPQE
EKGVSGESDVRCLRSRKTRVALDSEPKPRVTRGTKKDAKTLKEDEDIVCTKKLRTRS
NT seq 9534 nt   +upstreamnt  +downstreamnt
atggcgtcctcggctcacctggtcaccatcaagcggagcggcgatgacggcgcacacttc
ccgctgagcctcagctcctgcctgtttggaaggagtattgaatgtgacattcgtatccag
ctgcctgtagtgtcaaaaagacattgcaaaattgaagtcaaagagcaagaggcaatatta
tataatttcagttctaccaatccaactcaagtaaacggggttactatagatgagcctgtg
aggctgagacatggagacataataaccatcattgaccgctcctttaggtatgaagatgga
aatcatgaggatggaagcaagccaacagaatttccaggaaagtcccttggaaaggaacca
tcaaggcgagcctcaagagatagcttctgtgctgaccctgatggggaaggtcaagatacc
aaagcttcaaaaatgactgcttcaagaagatcttttgtgtatgccaagggcctttctgca
gatagccctgcctcagatggctcaaagaacagtgttagccaagactcatcagggcatgta
gaacagcacactggcagaaacatagtagagcccacttctggggatctctttaagaagtcc
aggtctacagggagcagttacagggaaccgaagtcttctcctacacagagccttagcaat
agcaacgaaaaggaatctccctttgagaaactttatcaatcaatgaaggaagagttggat
gtaaaatcccagaaatcttgtaggaaatcagaaccccaacctgaccgtgcagcagaggaa
tcgcgggagacacagctattggtgtcaggcagggcaagagcaaagtctagtggaagcacc
cctgttactgcagcctcttcacccaaagtaggaaagatctggactgagagatggcgcggt
ggaatggtgcctgtccagacttccacagagacagctaaaatgaagacccctgtgcggcat
tcacagcaacttaaggatgaagactctcgtgttactggcagacgacattctgtgaatctg
gatgaaggtgaaagtgcccaggcagtccataaaacagtcactcctgggaaactggcgact
agaaaccaagctgcggtggaggctggggatgttgccagccccgctgatacaccagaacat
tcctcttccaaaaagagaagtattcctgcaaaggtagaggctccatctgcagagacacaa
aagcggctctctttaactcagcgccttgttccaggtgaaaagaaaactcccaagggttcc
ttcagcaagcctgagaaactggccacagccgccgaacagacttgctctggcctacctggt
cttagttccgttgatatcagcaactttggtgattccattaacaagagtgagggaatgcct
atgaagagaagacgtgtatcctttggtggacatctaagacctgaattatttgatgaaaac
ttgcctcctaatacaccactgaaaagaggagaaacgccaaccaagaggaagtctcttggc
actcacagcccagctgtcctcaagacaatcatcaaggaacggccccagtctccagggaaa
caagagtctcctgggataacgccaccgaggacaaatgatcaaagacgcagatcaggcagg
acttccagtggaagcaaattcttatgtgagacagacattcccaagaaagcaggcaggaag
agcggtaacctgcctgcgaagagagcatccatcagccggagtcagcatggcattctacag
atgatttgctccaaaaggcgaagtggagcttctgaagccaacttgattgttgcaaaatca
tgggctgatgttgtaaaacttggcgtgaaacaaacacaaacgaaagttgcgaaacatgtc
cctcaaaagcagacgagcaagagacaaagaagacccagcactccaaagaaacccacaagc
aatcttcacaatcaatttactacaggccatgcaaactctccctgtaccattgtagtaggt
agagcgcagattgaaaaagtaagtgtgcctgcccgaccctacaaaatgctgaataacttg
atgctaaaccgaaaagtggacttcagtgaagatctgtcaggactaactgaaatgttcaag
actccagtgaaggagaagcagcagcagatgagtgatacaggctccgtactttccaattca
gcgaatttgtctgaaagacaattgcaagtaactaattcaggagacatacctgagcccatc
accacagagattttgggagaaaaagtgctatccagtactcggaatgcagcaaagcagcag
tctgatagatattctgcaagtcctaccttaagacggcggagcatcaaacatgaaaacaca
gtgcaaactcctaagaatgtccataacattactgaccttgagaagaagactccggtctct
gagacagagcccctgaagactgcatcgagtgtgagcaagttaagaagatctagagagctc
agacatacccttgtggaaactatgaatgaaaaaacagaagcagtccttgctgagaacacc
acagcaagacatttaagggggacatttcgagaacaaaaagtagatcaacaggtgcaggac
aatgaaaacgctcctcaaagatgcaaggaaagtggtgaattaagtgaaggttcagaaaag
acatcagctaggagatcaagtgccaggaagcagaagccgacaaaagacttactaggaagt
cagatggtcacccaaacagcagactatgctgaggaactacttagtcaaggacaaggaacc
atacaaaacctagaggaatccatgcacatgcaaaacacatcaataagtgaggatcaagga
attacagaaaagaaagtgaacataatagtatatgcaaccaaagagaagcactcgccaaag
acccctggcaaaaaggcacaacctctagaagggccagctggtctcaaggaacactttgaa
acaccaaaccccaaagataaacctataacggaagacagaactagagtcctttgcaaatca
ccacaagtcacaacagagaatatcacaacaaacacaaagccacagactagcacatctggg
aagaaagtagacatgaaggaagaaagctctgccttgacaaaacgtatacatatgccaggg
gaatccaggcataatcccaaaattttaaaacttgagtgtgaggatatcaaagctttgaag
caatctgaaaatgaaatgctgacctcaacagtaaatggaagcaagaggactttagaaaaa
tctaaaaaaaaggctcagcccctggaagacctgacttgtttccaggaactctttatatca
ccagttcctactaacataatcaaaaaaattcccagcaaatctccacacacacaaccagtc
agaaccccagcgagcacaaagagactctccaagacaggtctcagtaaagtggatgtgaga
caagaaccttcaacacttgggaaaagaacgaagtcaccaggcagagccccaggcacacca
gcaccagtgcaggaagaaaatgacagcacagccttcatggaaactccaaagcagaaactg
gattttgcagggaattcatcagggagtaagagaaggtcacgaacatctaagaacaggtct
cagcccctagaagacctggatggcttccaagaactcttccaaacaccagctggtgccagt
gactcagtgactgttgaggaaagtgcaaagatatctttggaatcttcacaagcagaacca
gtcaaaaccccggcaagcacaaagagacggtctaagatgagtctcatgaaagtggatatg
aaagaactttccatacttgagaaacaaacacagtcacgaggcagagacgcaggcacacca
gcaccaatgcaggaaggaaatggcaccacagccattatggaaactccaaagcagaaactg
gatttcacaggaaattcaacaggacataagaggaggccacggacacctaagatcagagct
cagcccctagaagacctggatggcttccaagaactcttccaaacaccagctggtgctaat
gactcagtgactgttgaggaaagtgcaaagatgtctttggaatcttcacaagcagaacca
gtcaaaaccccggcaagcacaaagagactctccaagacagatctcagtaaggtggatgtg
agagaagacccttcaatacttgggaaaaaaacaaagtcaccaggcagagccccaggtaca
ccagcaccagtgcaggaagaaaatgactgcacagcctacatggaaactccaaagcagaaa
ctggagtctatagaaaatttaacagggcttaggaaacagtccagaacacctaaagacatc
actggtttccaggatagtttccaaataccagatcatgctaatggcccattagtggttgtc
aaaaccaaaaaaatgttctttaattctccacaaccagaaagtgccataacccgaaagagc
agagagagacagtctagggcaagtataagtaaaatagatgttaaagaagaacttttagaa
tcagaggaacacctacaattaggagaaggtgtagacacatttcaggtatccaccaacaaa
gtcattagatcatctaggaaacctgcaaagcgtaaactggattcaacagctggtatgcct
aacagcaagaggatgcgctgttcttcaaaggataacacaccatgcctagaagacctgaat
ggcttccaagagctcttccaaatgccaggctatgctaatgactctttgaccactggaatc
tcaacaatgcttgctagatcaccacaattaggaccagttagaacccaaatcaacaaaaag
agtctgcccaagatcatcttgagaaaaatggatgtgacagaagaaatttcaggtctctgg
aagcagtcactgggcagagtccacaccacacaagagcaggaggataatgcaatcaaagca
attatggagattccaaaggaaacactgcagactgcagcagatggaactaggcttaccaga
cagccacaaacacctaaggaaaaagttcaaccgctggaagatcacagtgtcttccaagaa
ctcttccaaacatcacgctactgttctgatccattaattggtaacaaacaaacaagaatg
tccttgagatctccacaaccaggatttgttagaactccacgaacctcaaagagactggct
aagacaagtgttgggaatattgctgtgagagaaaagatctctccagtgagtctgccacag
tgtgctacaggggaggttgtacacatacccatagggccagaagatgacacagagaacaaa
ggtgtgaaggaatccacacctcagacactggactcatcagcaagtcgaactgtcagcaag
aggcagcaaggggcacatgaggaaaggcctcagttctcaggagacttatttcatccccaa
gagctctttcaaacaccagccagtggcaaagacccagtaactgttgatgaaactacaaaa
atagctctgcagtctccacaaccaggacatatcataaacccagcaagcatgaagagacag
tccaacatgagtctcaggaaagacatgagagaattttccatacttgaaaaacaaacacag
tcacgaggcagagacgcaggcacaccagcaccaatgcaggaagaaaatggcaccacagcc
attatggaaacaccaaagcagaaactggatttcataggaaattcaacaggacataagagg
aggcctcggacacccaaaaacagggctcagcccctagaagacctggatggcttccaagaa
ctctttcaaacaccagctggtgccagtgaccctgtgagtgttgaagaaagtgcaaagata
tctttggcatcttcacaagcagaaccagtcagaaccccagcaagtacaaagagacgctcc
aagacaggtctcagtaaagtggatgtgagacaagaaccttcaacacttgggaaaagaatg
aagtcactaggcagagccccaggcacaccagcaccagtgcaggaagaaaatgacagcaca
gccttcatggaaactccaaagcagaaactggatttcacaggaaattcatcaggacataag
aggaggccacagacacctaagatcagggctcagcccctagaagacctggatggcttccaa
gaactcttccaaacaccagctggtgccaatgactcagtgactgttgaggaaagtgtaaag
atgtctttggaatcttcacaagcagaaccagtcaaaaccccggcaagcacaaagagactc
tccaagacaggtctcagtaaggtggatgtgagagaagacccttcaatacttgagaaaaaa
acaaagtcaccaggcacaccagcaccagtgcaggaagaaaatgactgcacagccttcatg
gaaactccaaagcagaaactggatttcacaggaaattcatcaggacataagaggaggcca
cggacacctaagatcagagctcagcccctagaagacctggatggcttccaagaactcttc
caaacaccagctggtgctagtgactcagtgactgttgaggaaagtgcaaagatgtctttg
gaatcttcacaagcaaaaccagtcaaaaccccggcaagcacaaagagactctccaagaca
ggtctcagtaaggtggatgtgagagaagacccttcaacacttgggaaaaaaacaaagtca
ccaggcagagccccaggcacaccagcaccagtgcaggaagaaaatgacagcacagccttc
atggaaactccaaagcagaaactggattttgcagagaattcatcagggagtaagagaagg
tcacgaacatctaagaacaggtctcagcccctagaagacctggatggcttccaagaactc
ttccaaacaccagctggtgccagtaaccctgtgagtgttgaagaaagtgcaaagatatct
ttggaatcttcacaagcagaaccagtcagaacccgggcaagcacaaagagactttccaag
acaggtctcaataagatggatgtgagagaagggcactctccgctcagtaagtcaagctgt
gcatcacagaaagtcatgcaaaccctcacacttggagaagatcatggcagagagaccaaa
gatgggaaggtattgttagctcagaaattggaaccagcaatatatgttactcgtggcaag
aggcagcaaaggtcatgtaagaaaaggtcccagtccccagaagacctctctggtgttcag
gaggtcttccaaacatcaggccataacaaggattcagtgacagtggacaatcttgcaaaa
ctgcccagctcgtctccaccactagagccaacagacacttcagtaacctcacggagacag
gccagaactggtctgaggaaagttcacgtgaaaaatgaactttcaggaggcataatgcat
ccacaaatatcaggggaaattgtggacttacctagagaaccagaaggtgaaggcaaagtc
attaaaacaaggaagcaatctgtaaaacggaaattggacacagaagtcaatgtgcctcgc
agtaagaggcaaagaattacaagagcagaaaagaccctagaggatctgcctggcttccaa
gagctctgccaagctccaagcttggtaatggactcagttattgttgagaaaaccccaaag
atgcccgacaaatctccagaacctgtggatacaacttcagagacacaggcaagaagaaga
ctcaggagactggttgttactgaagagcccataccacaaagaaagactacaagagttgta
aggcaaaccagaaacacacagaaagagcccataagtgacaatcaaggtatggaagagttt
aaggaatcttcagtacagaaacaagacccaagtgtaagtttaactggcaggaggaaccaa
ccaaggacagttaaggagaaaacccaacccttagaagaactcaccagtttccaagaggaa
actgccaaaagaatatcttccaaatctccacaaccggaagagaaggaaaccttagcaggt
ttaaagaggcagctcagaatacaactaatcaacgatggtgtaaaagaagagcccacagca
cagagaaagcaaccatccagggaaaccaggaacacactcaaagagcctgtaggtgacagt
ataaatgttgaagaggttaagaagtctacaaagcagaaaattgatccagtagcaagtgtg
cctgtcagcaagaggccacggagggtacccaaggaaaaggcacaggccctagaattggct
ggtctcaaaggaccaatccaaaccctaggccacactgatgaatcagcaagtgataaagga
cccacacagatgccctgtaattctctacaaccagagcaagttgacagcttccaaagctca
ccaaggcgacccaggacaagacgtgggaaagtagaggcagatgaagagccttcagcagta
agaaagacagtatcaacatcaaggcaaactatgcgatcccgcaaggtccctgaaattggt
aacaatggtacccaagtttcaaaggcctccataaagcagacattagatacagtagccaaa
gtaactggcagcaggaggcagctaaggacacataaggatggggttcaacctcttgaagtg
ttaggtgactccaaagaaataacccaaatatcagatcactctgagaaactagcacatgac
accagtatccttaagagcactcaacagcaaaagccagactcagtaaaacctctgagaaca
tgcagaagagtgctgagggcctctaaagaggaccccaaggaagtgttggtggacaccaga
gaccatgcaacattacaaagcaaaagcaaccctttgctgtccccgaagaggaagtctgca
agagatggaagcattgtgagaaccagggctttgcgctctttagcaccaaagcaggaagca
acagatgagaagcctgtacctgagaaaaaaagggctgcttccagcaagaggcatgtatca
cctgagcctgtgaagatgaaacacctgaaaatcgtgtcaaacaaacttgaatctgtggaa
gagcaggttagcactgttatgaaaacagaagaaatggaagccaaaagagaaaatcctgtc
actccagatcagaactctaggtaccgaaagaaaaccaatgtaaaacagccaaggcccaag
tttgatgcatctgcagagaatgtcgggataaagaaaaacgagaagactatgaagactgcc
tcccaggagacagagctgcagaatccagatgatggagccaagaaatctacatctcggggc
caagtcagtgggaaaagaacatgcttgaggtctagaggaacgactgagatgccccagcct
tgtgaagcagaagagaaaacaagcaaaccagctgcagaaatcttgataaagcctcaggaa
gagaaaggagtctctggagagtctgatgttaggtgtttgaggtccagaaaaactagagtc
gctttggacagtgaacctaagccaagggtaactcgtggaaccaagaaagatgcaaaaact
ctgaaggaggatgaagacattgtatgcaccaagaagttaagaacaagaagttaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (17)   
   RefSeq(nuc) (3)   
   GenBank (7)   
   EMBL (7)   
Protein domain (4)   
   Pfam (4)   
All databases (92)   

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