KEGG   Xenopus tropicalis (tropical clawed frog): 100127686
Entry
100127686         CDS       T01011                                 
Symbol
cenpf
Name
(RefSeq) centromere protein F
  KO
K11499  centromere protein F
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xtr03036]
    100127686 (cenpf)
Chromosome and associated proteins [BR:xtr03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   Kinetochore proteins
    Centromere proteins
     100127686 (cenpf)
SSDB
Motif
Pfam: CENP-F_N CENP-F_leu_zip CENP-F_C_Rb_bdg DUF3450 ATG17_like Fez1 ATG16 Crescentin
Other DBs
NCBI-GeneID: 100127686
NCBI-ProteinID: XP_002934738
Xenbase: XB-GENE-1002205
UniProt: F7A8M3
Position
5:complement(13474068..13501581)
AA seq 2609 aa
MSWVVEEWKEGLPTKTLQKIQELESQLDKLKKERQQRQFQLESLEAAFQKQKQKAESEKS
EISALKRENQSLIESCDNQEKAKQKITHEYQLKESQVNFLEGQLSASKKQIEKLEQELKR
YKSDLEKSQLSFNACDMSVCATPQKSFVAPYTPNKYTDFRYEELQEKYQKEVEERKRLET
EMKTLRNVPQPPQAAAQSTMTHRDIARHQTSSSVFSWQEDRTPSHPSSTSHDKRLKRSFA
SSQLLWDQEETPSKRGVRSENLGKSASDSYTTQLNDQLKTQNQELKSRINELEMRLQVQE
KDLKNQLNKLQESQALYEKTQRELAERDKTLVKCKEDLARVTAQCEQAANKCVMAEQKLK
KVSDELSCQRQNAESARVAAEQKLKEREKENQQEILQQQNSLRNMEQQLSQIKAKMSQEA
QQAKNDFNALQSELDRAIHTKKILENETEELRQRLSRAEQDLCQCRSNENDLRKSLEDTK
SEKNVMKSQYDQKSKDALKLEEELQTANQTLRQNQLFVDEIKAKNLHLEAELKSAFEKLQ
DHDSATFLNLKATVHNLEMERNFAQELLKKRENDFEEIKNNLARMMDETNSLKSHLDHKE
KECKELINANISLNSWKVEQEKVVGQISRDKDDLLKKIQELEHLLQTHGDQVHLLENDKK
NLHTQIRTLQEIVDAKTVDLQNQQLVCGELRQNLDYENQKFNSENEKLQLQISELENAIK
EQNCSASLDKSSYCENLLFQEKQLNSEMQKQMKELLLEKEDIQKCLNEAEVLHEQFVTGS
RSHMESLQENISSKQNYIESIECAVREKEEQITTLTEKLGVLDANLQSVQEKNKELNDKL
QELNLLSESWPLERERLNSQISLNREEIERLTEENKRTHQVNDPHNDQETNKESEHQLET
TQPSAEDKVEPRGLPDGAGIENTNELEALQQELVHVKEKHCRLQREYDRLTNANEELTKL
LDDLRNNEQSLDNITDLSAYLKEKENSLNNSNFVLETLPMDLDDEKQIHDGCTDSPTLKG
TPNTVKSNNDLDLEQELSTLQKQDIFSFDIDQAERATNISDLLVNISDHQIGDRPSSSLD
SSQCDDSINLNKDILGLRISGGWATTKPPQSISDNENSGLLTSPNEGTSKRLKETAENIL
KSPVPPSQRSSPSSMNSNNRGGREANRKSIPCKSAADSILGKSLEDQLWMMAVMASGDAG
DFKEFLTTYQTEVDELKKQHLLEMEACKQKMTEQAAELEVKLAAEKQQTEYLSHELEAAR
LELQCLDLSARSFLSFDTEDLTKTLEVANQSICTVLPIGKLSLSSSELLTNHNLKNLIQS
LESTNSETKKDRSILATNCPEIPNEGDENASSLEENSADSTNSNISDSPVSKLSLQEIME
TLKMQIHQTTAENLKLLQSLEAGEKKNLNLSAEIESLNKQIEQHSGKDNIGTELQSRVKE
LDAEKLQLFEKYESISQEKLQLTGRVGDLEKELASISNAMEVLKEQLSQLSGIRESLEIA
NGNLKEQYLETENEVRRVKSERANMENHALSLEIDLDTIQAKYQQLQEENEEYRRSAATL
QDRLSVVVAEKNQIDQELENLTEEKDELEQMCQKLKERVEDLELNKVHNRNLIKILETEL
RSLKAELQGAKASLEQLSAEKDLRDLQESEKNVHVEAEGLKNQLQQIQGEYQLLLKDSED
MQAQLSKVCSEKDKISKVLECCQYEKRELATNLSSAQEEVAQMRAGIEKLKVRMESDEKK
KNHLIGKLKETERNSDHLKDKIENLERELLMSEENLESTILQSESSKEEVEKLKSMKEAL
EANVNTFRRRIVDLERELEKSKERIEELETRVLTLSNALEKSEMEKSCLNEESGQELLLL
RAQLNELQEQKRASAKQSDLEALLEQNKMQLMQQLEEAHNTSRTLELTMEKVTLELRECK
LQLDEKTELVLSLEGKLEEAENLEKKLAELAEQKALSDEKCNAAATKNAELLILIDQNKA
ELLHQVGEAQGETRNMELSLQKIATELGETKRRLEEKEQQIFVLECKLEETIESEKKCHL
ELLQCEAERDRLNGEIENQQRDLELLQCKVQMESGASESSQAAIRDLKSTCNDLEAQLQS
SDAEKQVLVQKVDELTENCTILQSKVHEAEMKIKEKKVLDEQLQAVKQQIEDTNTRLCAT
TTEKTELTETIAKLRIEQEAQADRSRSDARELQNRLLQAEAKQQAALDALLIQHKEEIQA
LQGKLTLAEEHAIGHGYEVERLKAANVELNGSLGSAHRQLEELNQLKVSFAELKEEHARV
CAALRHQVESCAELEQERDRLKGKINEREEELKHLQAKQQNAEGGASSNEDLLAEIEELK
QWLEEKTTEADESVEKYCTIMIKSHKLEEDNDTLKKQLDFLSSKLKQLQTSQEVPSPPQR
GDHPGPQSMDQKGGEDNQSAQRVSKQSSKRRREQDVTLDKEEPRSPIPQGLAKRVRKTAS
RTVPHQRSTEHEEEFQPDGLPDVVQKGFADIPSGKQSPYILRRTTGPVRKSPRLAALKPS
PSTHEDLENLAHFSSPAAGGSKAQQSKLSEAVRAGSEVGPMEVSSPLSSYNRLKNPGSDS
PISRKMAIERISEKLLHEESETEEACHVQ
NT seq 7830 nt   +upstreamnt  +downstreamnt
atgagttgggtcgtagaggagtggaaggaggggctgcccacaaagacccttcagaagatc
caggagctggaaagtcagttggacaaactaaagaaagagcggcagcaaaggcagtttcag
ctggagtcgctggaagccgctttccaaaagcagaagcaaaaggcagaaagtgaaaaaagc
gaaatctccgccctaaaacgagagaatcagagtttgatagaatcatgtgacaatcaggag
aaggcaaagcagaagattacccatgagtaccagctaaaagagtcacaggtcaacttcctg
gagggccaactcagcgccagcaagaagcaaatcgaaaaactggagcaagagcttaaaagg
tacaagagtgacttggagaaaagccaactgtcgttcaatgcctgtgacatgtctgtgtgc
gccactccccagaagagctttgtggcgccatatacacccaataaatacactgatttcagg
tatgaagaattgcaagagaaatatcagaaagaggtggaagagaggaagaggttggaaaca
gagatgaaaacattaaggaatgtgccccagcctccacaggccgctgcccagagcaccatg
acgcaccgggatatcgcgcggcaccagacttcctcgtctgtgttctcgtggcaagaagat
cgaaccccaagtcacccctcatctaccagtcatgataaaagacttaagagaagttttgca
tcatcccagctcctgtgggaccaggaggaaactccaagcaaaagaggtgtccgatcagag
aacttgggtaaaagtgccagtgactcctacaccactcagcttaatgatcagctaaaaacc
cagaatcaagagctgaaatccagaataaatgagctggagatgcgcttgcaagttcaagag
aaagatctgaaaaatcagcttaacaaactccaggaaagccaagctctgtatgaaaaaacc
caaagggaactcgcagagagagacaaaaccctggtgaaatgcaaggaggacttggcacgt
gtgactgcgcagtgtgagcaggctgctaataagtgtgtgatggcggaacagaagttaaag
aaagtttcagatgagctgagctgccagaggcaaaatgctgagagtgcgagggttgctgcg
gagcagaaactaaaggaacgagagaaggaaaaccaacaggagattttacagcagcagaat
tccctaaggaatatggagcagcagctcagccagataaaagccaagatgagccaggaggca
cagcaagccaaaaatgacttcaacgccctccaatcagagcttgaccgggccattcacacg
aaaaagattttggaaaacgaaacagaagaactaaggcagaggctcagccgagcggaacag
gacttgtgtcagtgccgaagtaacgaaaatgatttaaggaagagccttgaggacaccaag
tcggaaaaaaatgtaatgaaaagccagtatgatcagaaatctaaagacgctctgaaactg
gaagaagaattacaaacggcgaaccaaaccctgaggcagaaccagctctttgtggatgaa
ataaaagctaagaatcttcatttagaagcagaactgaagtcagcttttgagaaactgcaa
gaccacgactctgccaccttcctgaatttgaaagccacggtgcataatttggaaatggag
aggaattttgcccaagaattattaaagaaaagagagaatgattttgaagaaattaaaaat
aatttagcgagaatgatggatgaaacaaactcattaaaaagtcaccttgatcacaaagaa
aaagaatgtaaggaactgataaatgctaatatttcacttaatagctggaaagtggaacag
gagaaggtggtgggtcaaattagcagagataaagatgatctgctgaagaagattcaggag
ttggaacatttgctgcagactcacggtgaccaagtacacttgttagaaaatgacaagaaa
aacttgcacactcaaattagaaccttgcaagagatcgtcgatgccaagaccgtggacctg
caaaatcagcaactggtatgcggtgaacttcgacaaaatctggactacgaaaaccagaaa
tttaatagcgaaaatgaaaagttgcagctacaaatttccgagcttgagaatgcaatcaaa
gagcaaaattgttccgctagtttggacaaatcgtcttattgcgaaaacttgctattccag
gagaagcaattgaattccgaaatgcaaaaacagatgaaagaactgttattagagaaggaa
gatatccagaaatgtctaaatgaagcagaggtattgcacgaacagtttgtcacaggctcc
cgaagccacatggagagcttgcaggaaaacatttcttccaagcagaactacattgagtca
atagaatgtgcagttagagagaaagaagagcaaattaccactttaaccgaaaaattagga
gttctagatgcaaacttgcaatctgtccaggagaaaaacaaagagcttaatgataaactg
caggagctcaacctgctttctgaatcgtggcctttagagagagaaagactaaattcccag
attagtttgaatcgggaggaaattgaacggctgactgaagaaaataaaagaacccatcaa
gtcaatgatcctcacaatgatcaggaaacaaacaaagaatcggagcaccagttagagact
acccagccatcggcagaagataaagttgagcctagagggttgcctgatggggcgggtatt
gagaataccaatgagctggaagcacttcagcaagaactcgttcatgtaaaagaaaaacac
tgtagactgcaaagagaatatgacagactcactaatgccaacgaggaacttaccaagctg
cttgatgacctccgaaacaacgaacagtctctcgataacatcaccgatttaagtgcttat
ttgaaggaaaaggaaaattctctaaataacagtaattttgtgcttgagactcttccaatg
gatcttgatgatgagaaacaaattcacgatggatgcactgattctcctacactaaagggt
acaccaaacaccgtgaagtccaacaatgatctagatttagaacaagagctatctacactt
caaaaacaggacatattttcatttgatatcgaccaggcagaacgtgccaccaatatttca
gaccttctggtgaacatcagtgaccatcaaataggtgatcgtccatccagtagtcttgat
tccagccagtgcgatgacagtattaaccttaataaagacattttaggccttcgaatatct
ggtggttgggcaactacaaaaccacctcagtctattagtgacaacgaaaatagtggtctc
ttgacttcaccgaacgagggcacatcaaaacgtttgaaagagactgcagaaaacatattg
aaatcaccagttcctccaagtcagcgtagtagtccatcctcaatgaattccaataacaga
ggaggccgtgaagccaatagaaagtctatcccttgcaaatctgctgctgactccattctt
gggaaatcactcgaagatcagttatggatgatggctgttatggccagcggagatgccgga
gactttaaagaatttcttacaacttaccaaacagaagtggacgagttaaaaaaacagcac
cttttagaaatggaggcttgcaagcagaagatgacggaacaggcggcagaactggaagtt
aaactggcagctgagaagcaacagacggagtatttatcacatgaacttgaagccgccaga
cttgaacttcagtgccttgacctgagtgcacgctcattcctgtcttttgatactgaagat
ttaacaaaaacactggaagttgcaaaccagagtatctgcaccgttttgcccataggaaag
ttatctcttagcagcagtgaattgctcaccaaccataatctaaaaaacctcatacaaagt
ctagaatcaaccaactctgagaccaaaaaggacagaagcattctggcaactaactgcccg
gaaataccaaatgagggagatgaaaatgcctcaagtctcgaagaaaactctgccgactcg
acaaatagtaacatttcagattctcccgtcagtaaactgagtttgcaagaaattatggaa
actctaaagatgcagattcatcaaaccactgctgaaaatcttaaactgcttcagtcgctc
gaggctggagagaagaaaaatctaaatttgtcggcagaaatagaatctcttaataaacag
attgagcagcattctgggaaggacaatatcggcaccgagcttcaaagcagagtaaaagag
cttgacgctgaaaagctgcagttgtttgaaaaatatgaatcgatttctcaagagaaactg
caattaaccggtcgagttggggaccttgagaaggaacttgctagcatttctaatgcaatg
gaggtgctgaaagaacaactgtctcaattgtccggcataagggagagtttagaaatagca
aacggaaatctaaaggaacagtatctggagacagaaaatgaagtaagaagggttaaatca
gaaagagcaaacatggagaaccatgccttatctcttgaaatagatctagacacaattcag
gctaaataccagcagttgcaagaggaaaacgaagagtaccgaagatctgctgcaacttta
caagaccgtctcagtgttgttgtggcagagaagaatcaaattgatcaggagctggagaat
ttaactgaagagaaagatgagcttgagcaaatgtgtcagaaactgaaggaaagggtggaa
gaccttgaattaaataaagtgcacaacagaaatcttattaagatattggaaactgaattg
cggtctttaaaagccgaacttcagggagcaaaagcatcattggagcagttgtctgctgaa
aaagatctaagggatctgcaggaatctgaaaagaatgtgcatgtggaagcagaagggctg
aagaaccagctgcaacaaatacaaggggagtatcagcttttgttaaaagactctgaagat
atgcaggcccagctgagtaaagtgtgcagcgaaaaggataaaatctccaaagttctagag
tgttgtcaatatgagaaacgggaattggccacaaacttgagctctgctcaggaagaagtt
gctcagatgcgggctgggattgagaagctcaaggttcgaatggagtcagatgaaaagaag
aagaatcacttgatcgggaaactaaaagagactgaaaggaattcagatcatctgaaagat
aaaatcgagaatcttgaacgggaattgcttatgtcggaggaaaatctcgagtccacaatc
cttcagtcggaatcttctaaggaagaagtagagaaactaaagtcgatgaaggaggcgcta
gaagctaacgtgaacaccttcaggaggaggattgtagatctagaaagagaacttgagaaa
agcaaagagaggatagaagaactggaaaccagagtacttaccctttcaaatgccctggaa
aagagcgaaatggagaagagttgtctcaatgaggagtccggacaagaacttttgttgctg
cgggcccagctaaatgagttgcaagagcaaaaaagagcttctgcaaaacagtcagatctt
gaagctcttctggaacagaataagatgcagctgatgcagcaactggaggaagcacacaat
acaagcaggaccctggaattaaccatggagaaagtcacgttggaattaagggaatgcaaa
ttgcaacttgatgaaaagactgagctggttctgagtctagaaggcaaattggaagaagca
gagaatttggaaaagaaactggctgagctagctgagcagaaggccctttctgatgagaag
tgcaatgcagctgctaccaagaatgctgagctccttattttaattgaccaaaataaagca
gagctgttgcaccaggtaggagaagcgcaaggagagaccaggaacatggaactgtctctt
cagaaaattgctacagaactgggtgaaacaaagaggagactggaagaaaaggaacagcag
atctttgttctagaatgcaagttggaagagaccattgagtctgaaaagaaatgccatttg
gaactgttgcagtgtgaagcagaaagagaccgtctaaacggagaaattgagaaccagcaa
agagatctggagctgctacaatgcaaggttcagatggagtctggggccagtgagtcttct
caggcagcaatccgtgatctgaaatccacttgcaacgatctagaagcccagctccaatct
tctgatgcggagaagcaagttcttgtgcagaaagtagatgagctgacagaaaactgtacc
atcttacaaagcaaagtacatgaggcggaaatgaaaataaaggaaaagaaggtgctggat
gagcaactgcaggcagttaagcagcaaattgaagacactaatacacggctctgtgccaca
accacagaaaaaactgaactaacggagacgatcgccaaactccgcattgagcaggaggcg
caggcagatcggagccgcagtgacgcaagggaattgcagaacagacttcttcaggccgag
gctaagcagcaggctgccctggatgcgctactgatacagcacaaagaggaaatccaggct
ttgcaaggcaaactcaccttggccgaagagcatgcgattgggcacggatatgaggttgaa
cggctaaaagcagctaatgtggaactgaatggctctctgggcagtgctcaccggcaactg
gaggagctgaaccaactgaaggtgagttttgctgagctgaaggaagaacacgcgcgcgtc
tgcgctgccctcaggcaccaggtggagtcctgcgcagaactggagcaggagagagatcgg
ctgaagggaaagataaacgagagagaagaggaattaaaacatcttcaggcaaaacagcaa
aatgcagagggcggagctagctctaacgaggacttattggctgagatcgaggaactgaaa
cagtggttggaggagaagactacagaggcagacgagagtgttgagaagtactgcacgata
atgattaaatcccacaaactggaagaggacaatgacaccctgaagaagcaactcgacttc
ctcagctccaaactgaagcagctgcaaacaagtcaagaggtcccaagcccaccccagaga
ggggaccatccaggaccacagagcatggaccaaaaaggaggagaagacaaccagtcggca
cagagagtatctaaacagtcttccaagaggcggcgagagcaagatgttactttagataaa
gaagagccacgatctccaataccccagggtttggccaaaagagttagaaagactgcgagc
cgtactgtgccccatcagcgttccactgagcatgaggaagagttccaacctgatgggctc
ccagatgttgtacaaaaagggtttgccgatatcccatcaggaaaacaaagtccttacatt
ctaaggagaacgacagggcccgtaaggaaaagcccccgactcgctgcacttaaaccttct
ccatccacccacgaagatctggaaaaccttgcgcatttctccagtccagcagcagggggc
agcaaagcacagcagtcgaaactctcagaagccgttagggctggatcagaagttggaccc
atggaagtgtcttccccactctcgtcctacaacagactaaagaacccggggtctgacagt
ccgatcagcaggaaaatggcaatagaaaggatctcggagaagcttctgcatgaagagtct
gagactgaggaagcctgtcatgtacagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (8)   
   Pfam (8)   
All databases (25)   

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