KEGG   Xenopus tropicalis (tropical clawed frog): 100493118
Entry
100493118         CDS       T01011                                 
Symbol
cep192
Name
(RefSeq) centrosomal protein of 192 kDa isoform X1
  KO
K16725  centrosomal protein CEP192
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:xtr01009]
    100493118 (cep192)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xtr03036]
    100493118 (cep192)
Protein phosphatases and associated proteins [BR:xtr01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     100493118 (cep192)
Chromosome and associated proteins [BR:xtr03036]
 Eukaryotic type
  Centrosome formation proteins
   Centrosome duplication proteins
    Regulators of centriole replication
     100493118 (cep192)
SSDB
Motif
Pfam: ASH TMEM131_like_N DUF5001
Other DBs
NCBI-GeneID: 100493118
NCBI-ProteinID: XP_004915311
Xenbase: XB-GENE-5880666
UniProt: A0A6I8SQW1
Position
6:complement(103369043..103453432)
AA seq 2640 aa
MTERFLKIEDETFPSFLGESLNSNSGGALENCTFTSNLGLPVAASTVTKARTGFDWPSDA
QESYLETDKLQDTLLHLTHSGGDSQRKFILSFKDELEQFSNITGHNIQTAKLSESDTKAR
TSNAEDTHKDVSTTCTLPRTNQIGKAFKLTHANLHAMKENEDLLKDELGKSLTSFLENEK
LLSIASLEGSSSDDVDDEFYDDQLEAYFKKLLPHGMQRGVIEGQEITEPKRLSYAALSSS
DIRPCKQDSDNLQFLEDYEEAFQMLDVRLAAAGMDSAPASDDEDVEHELEKAALQHLQRE
QFLVSASRHCIGEQNRPSFRPGLEGGSSDEEMIPTQSRDSDLHCRQSAEGHGLDSPSLAA
ASDKPEFGDGSSGSDDSQKNLQTSQIRGPVLWNTDLVARNVAGQDDRRSFQPSQIEQMED
RIDPVGKGATLKDGKTTSNSPEGNFNMQESKDSSAMMPSLDAEPKLDSLYFRNDSMNSIR
LSTLSKDDGRDSVDLCQKFSSNQVAFVPPISFSEMQRISTDSSKAPNSIADTYLSPSYQK
DCPDYSTALQPVQDQPFSWSFGPSGNDADSTSLPHSIVYQNEEGKWVTDLAYYKPFDHEH
GASIMVPECSAVKDEDFIVGTDALAMIQEDQKVFEEEHKFMQEEKMDFDSSSHNMADTSW
KVQTSTNVLLKTSPETLEDASYLRLSLGEFFGQRSEALGCLGGGQDVKRPSFGYHIISPE
KQEPVALLRKSDVSRNSELEDTIKFYDNTLTKEDLECLPDDQKLASATFDVRSPKSKADV
VRAANAKLKNSNSTSEELGSVKVNVCEEKPEETSDMLLSISTIATAIANASCSADPKQLA
AMIMALSNKNKTNKLPLVSLEPSVNNQMLTSTDEKSNASDSIDMERYLKVTKVNGRESNP
DRPLNSLTDFSLDMSLRCKQTLLDSFKDHSNITDLQKQDLRRPDSESQGNQSLQPLMASD
KANNIRSESSSTFTSTFGTLHSESKIEMIKPSPISNLNQNAFRASENGRENNGNSSKDKE
KDEPNCKPNILQSKEQMLFTSTMKEGGQVPHRMQKQNDIKSLPNSTKISKSPRSSGSFLS
TARCHSGAKESKKICAVASQKHVSFQPSDDGSVKSTDAKAFPDHHALPGLEDEQFSFRPS
TCPLIHSSPSQDSLKISSDQSSSLSPCAAGTVQRVDNVALSPESSCLSPSLSRLTYISVT
ENTVQNVTVSPDNQSNNTIELSTTIVRSSPTPLEMQNIQKDKLSWQQQKCKVLGESPQKQ
KNQSGLFSTDSKFNGKTENPLKQDTRLESAGHIVTYDRMSAVNSGLPSDPSNYFSAAPIQ
PDSLTMLPGSMLSNYSVVQSLSNKQFAPVSGFKPVAPSTEVQKLPTAVPGLLNGQLISTA
QIAPQYLESVTGVRNAAIPQYRLGSSAVYGHHIGYPSSAGQALQLQNAVSGIPLNTNTGP
GLLGTLPVANHQTSIGQKVVIPSELYPLASVGTNDIPQWNARMSSDFGQVLVPSELTFPS
ACCVGIAAQASLNIFNPNERWLQVNIGILSVAVNGEKVDIAAYQCLVFKNKTIIGPRAAE
DLKILFLPQRAGLFQCVLSVSSWPVSADAETIRRSEAVAAKVFLTAVSENPYIEVETGKT
GCLDFGDVAIGSWKTLPLKIINRTHATLPVRLIISANATAWRCFTFAKDPASLTAEYSHV
DIMAKMSSPSVISHVMHASYDGQDPEPLIIWVVFHAPQTFSSAGTLGPAEEFMARVDVEV
DSPGPACILKSVPLRARAGCARIHAPKDLQTIQLFSSVGSTAKQLLPLKNAGNIAVHLKI
RSSNSNSSFSVDPEELFLMPGEEQVMTINFTPQISNSEKSILKITVQPSGPQYEVTVIGE
TEKMNSRNPPPLTSADVPPILSNKQFVAWGGVSLGRAVQQKLILRNTSTSSSQYLRLLIR
GQDQDCFQLQSTFGTEERLTNNRELSIRPKEDSNIYLMFSPTHVGCMLAKLEIKQSGIKS
SQPGIKFTIPLSGYGGTSNLIIEDLKKLSESYMVKLCGISSGQVSKVSFCIRNTGSRAAY
VKAVCFADFHTSVTMDSNVMNVYPEKFVLKERSQETITVSLRATKREESLCQTSTALIAT
VCLFCGDEVARQQFRRALLHKPEIAQKVISENMLLKNTRFDEEFPGEQQTSEVYDLPQRP
NDIQLFFANTHKMVISVVGNVVETSTSGEYQTSSNRMGASAIANVERNLGNTSLDVLPVK
GPQGSHFAKEPAQDSVSSEDTWSVQPESLFLTAPAVSGVLGTGHIKFQNTSARLLRFDLS
WPAHCLTITPQHGSVEPKSHVIILVSPNPSLGLKQTLLPWNGQIYVHCDRVQKCIKVQIS
EESTLSTSNSTTKPCAVLSPHPETPVHIAKPFTNSPSTKVEIKNRTLMFPKTAAGESSET
FLDIENPGDEDIKWLLSSFAPPYVKGVYQSGEVYRATYTAFRCSRVSGMLAAQDKLKVAI
QFFPRDKGDYAQFWDLECHPVSLPHLKHKVRFQLCGECARDEMLSEKSSAASLIKTEVPV
KPRRRSGSEASTLKAVHDAANRGVYASEELYTFPPTFVGESSTLKVNLQNNSFTTYMLKF
VSPKEPFHLKHSKYSLRAHHYINLPVKFKPNSAGRYEGILDIQTDAGNISIQLVGEALAK
NT seq 7923 nt   +upstreamnt  +downstreamnt
atgacagaacgctttttgaagatagaggatgaaacttttccaagttttttgggggaatca
ctaaacagtaacagtggtggagctcttgaaaactgtacatttacttcaaatcttggattg
ccagttgctgcctctacagttaccaaagctcgcacaggctttgactggccttcagatgcc
caggaatcctatttagagacagataaactacaagatactttattacatttaacacattca
ggtggagactcgcaaagaaaattcatcctgagctttaaggatgaacttgaacagttttct
aacattactggacacaatattcagactgccaaattgtcagaaagtgacacaaaagcaaga
actagcaatgctgaagatacacacaaagatgtaagcaccacatgcacacttccacgtacc
aatcagataggcaaggctttcaagctaacacatgcaaacctacatgctatgaaggaaaat
gaagatttattgaaagatgaactcggtaaaagtttaacaagtttcctagaaaacgaaaag
ttactgtctatcgcaagcttggaagggagctcatcagatgatgtagatgatgagttttat
gatgaccagttggaagcctactttaaaaaacttcttccccatggaatgcagcgtggagtt
attgaggggcaggaaattacagagccaaagagactttcatatgcggcattaagcagtagt
gacatcaggccctgtaaacaagattcagacaacttgcagtttcttgaagattacgaggaa
gcttttcagatgcttgatgttcgtttagctgctgctggcatggattctgcaccagcaagt
gatgatgaagatgtagaacacgaactggaaaaagctgcactgcaacatctacaaagagaa
cagttcctagtgagcgcatcaaggcattgtattggagagcaaaacagaccaagttttagg
ccagggttagaaggtggtagctctgatgaagaaatgattcctactcaaagtagggacagt
gatttgcattgcagacaatctgcagaagggcatggtcttgactctccaagtttagctgct
gcttcagataaacccgagtttggtgatggtagtagtggcagtgatgatagtcaaaagaac
ctgcaaacctctcaaatacggggacctgtgttatggaatacagacttagtagcaagaaat
gtagctgggcaagatgatcggcgcagttttcagccttcacaaatagaacaaatggaagat
cgcatagatccagttggtaagggtgcaacactgaaagatgggaagaccacttccaattca
cctgaaggaaactttaatatgcaggagtctaaggacagcagtgcgatgatgccaagcctg
gatgcagaaccaaaattagattctctttattttcgaaatgacagtatgaacagtatacgg
ttgtctactctatccaaagacgatgggcgagatagcgttgatttatgtcaaaagttttca
tccaaccaagtagcatttgtgcctcccatctccttttcagagatgcagcgtattagtact
gattcatcaaaagcccctaacagtatagcagacacttacttatctccatcataccaaaag
gattgtccagattactcaacagcattgcaaccagtacaagaccagccgttttcatggagt
tttggtccatctggaaatgatgcggatagtaccagtcttccacatagcattgtataccag
aatgaggaaggaaagtgggtgactgatcttgcgtactataaaccctttgatcatgaacat
ggtgcaagcatcatggtgcctgaatgtagtgcagttaaagatgaagatttcattgtggga
actgatgccttagccatgattcaagaagatcaaaaagtatttgaagaagaacacaaattc
atgcaggaggagaagatggattttgatagcagttctcataacatggctgacacttcatgg
aaagtccagacaagcaccaatgtattacttaaaacatctccggagaccttagaggatgca
agctatttacgtctatcgcttggagaattttttggtcagcggtccgaggcattaggttgc
ttgggtggtggtcaagatgtaaaacggccatcttttggttatcacataatttctccagag
aaacaagaacctgttgcattattgagaaaatctgatgtttccagaaactctgaacttgag
gacaccataaaattttatgacaacacattaacaaaagaagaccttgaatgtttaccagat
gatcagaagcttgcatcggctacatttgatgttcggtcacctaaaagtaaagcagatgta
gtcagagctgccaatgcaaaactaaagaattctaactctacatcagaggaactgggttct
gtaaaagtaaatgtttgtgaagaaaaaccggaagaaacatctgatatgttacttagcata
agcaccatagcaactgcaattgcaaatgcctcctgtagtgctgaccctaaacagttagct
gctatgataatggctctctcaaataaaaataagactaataaactacctctggtgtcttta
gagccatctgttaataatcaaatgttaacttccactgatgaaaaaagtaatgctagtgac
agcattgatatggagcgatatttaaaagtaaccaaagtaaatggtcgagagagtaaccct
gaccgccccttgaactctttaacagatttttctttggacatgtctttgaggtgtaaacaa
accttgctggactctttcaaagatcattccaacatcactgatttgcagaaacaagacctt
cggagaccagactcggagagtcaaggaaaccaaagtcttcagcccctgatggcaagtgac
aaggcaaacaatataagatcggagagcagttccacatttacttctacatttggaactctt
cattcagaatcaaagattgaaatgattaagcctagtccaatatctaatttaaatcaaaat
gcattcagagctagtgaaaatggtagagagaacaatggtaattccagcaaagacaaagaa
aaagacgaacctaattgcaagcctaacattttgcagagtaaagaacaaatgctatttaca
agtacaatgaaggaaggagggcaggtgccacaccgaatgcaaaaacaaaacgatataaaa
tcacttccaaacagcacaaaaatatcaaagtcacccagaagttctggttcttttttatct
actgcaagatgtcactctggagctaaggagtctaaaaagatttgtgcggtggcatcccaa
aagcatgtcagttttcagccgtctgacgatggaagtgtgaaatctacagatgcaaaagct
tttccagatcatcatgcccttcctggattggaagatgagcagttcagtttcagaccttca
acatgccctttaattcactcttctcctagccaggactctctaaagatatcatctgaccaa
agttcaagtctttctccatgtgctgctggaactgttcagagagttgacaatgttgcattg
tctccagagtcttcatgtctcagtcctagcttgagtaggctcacttacatctctgtcaca
gaaaacactgtacaaaatgtaacggttagtccagataaccagagcaataataccatagag
ctgagtacaacaattgttcgatctagccctacccctttagaaatgcagaatattcaaaag
gataagttatcgtggcagcaacaaaaatgcaaagttttaggggagagcccacaaaaacaa
aagaatcaatctggattgttttccactgactcaaagtttaatggcaaaactgaaaaccct
ttaaaacaagatacaagattagaatctgcgggtcatattgtaacttatgacaggatgagt
gctgttaattctggcttgccaagtgatccctcaaactatttctctgctgctcctatccaa
ccagattctctcaccatgctgcctggtagtatgcttagtaactattcagttgtgcaaagc
ctttctaataaacaatttgcacctgtatctggtttcaagcctgtggctccatccactgaa
gtgcagaagttgccaactgcagtaccaggacttctcaatggacagctgatttctactgcg
cagatagctccacagtacctggaaagtgtaacaggtgtcagaaatgcagctattccacaa
tacagacttggatcctcagcagtgtatggccatcatataggatatcctagctctgcaggg
caagccttacagttgcagaatgcagtttcaggaattccactgaacacaaatactggtcct
gggttactaggtactctcccagtggctaatcatcagacatcaatcggtcaaaaagtagta
attccatcagagttgtatcctctggcatctgttggcacaaatgatattcctcagtggaat
gctagaatgtcatctgattttgggcaagtacttgtgccttcagagttaacattccccagt
gcttgttgtgtagggattgcagctcaagcatctttaaatatttttaatccaaacgaaaga
tggttacaagttaatattggaatactcagtgttgctgttaatggtgaaaaagttgacatt
gcagcctatcagtgcctggtttttaaaaataaaacaattattggtccaagagcagctgaa
gacttaaaaatcctcttcttgcctcaaagggctgggctttttcaatgtgtgctaagtgtg
tcttcttggccagtgtctgctgatgcagagacaataagaagatctgaagctgtagctgcc
aaagttttcctgactgcagtttctgaaaacccttacattgaggttgaaaccgggaaaact
ggatgtttagattttggagatgtagcaattggaagctggaaaactctgcctttaaagatt
ataaacagaacacatgccacattgcctgttagacttattattagtgctaatgctactgcc
tggcgctgcttcacatttgcaaaagatcctgcaagtcttacagctgagtattcacatgtg
gacataatggctaagatgtcttctccttcggtcatcagtcacgtgatgcatgcaagctat
gatggccaggatccagaacctcttattatctgggttgtttttcatgcaccacaaactttt
tcttctgcaggtactcttggtccagcagaggaatttatggcaagagttgatgtggaagtt
gacagcccaggtcctgcatgcatattaaaaagtgttccactgcgtgcacgagcagggtgt
gccaggattcatgctcccaaggacttgcagaccattcagttgtttagtagtgtgggctca
acagcgaaacaactactacctttaaagaatgcaggcaatattgcagttcacttaaaaatc
aggtcgtctaattcgaacagcagtttttctgtggatcctgaggaattgtttctcatgcct
ggagaagaacaagtaatgaccataaatttcactccacaaatctctaactctgaaaagagt
attctgaaaataactgtgcagccatccggcccacagtatgaagtaacagtgataggggaa
actgagaaaatgaactccagaaatccacctcccttaacatctgctgatgtgccaccaatt
ctttccaataagcagtttgtggcttggggaggagtgtctctaggaagagcagtacagcag
aagttaattctaaggaacacctcaacttcctcaagtcagtatttgcgcctcttaatcaga
ggacaagatcaagactgctttcagttgcagagcacatttggtacagaggaacgtttaaca
aataatcgtgaactcagtatccgcccaaaagaagactccaatatttacttaatgttctca
cctacgcatgttggatgtatgttagcaaaacttgaaatcaagcagtctggaataaaatct
tcacaaccaggcattaaattcacaataccactttctggctatggtggaaccagcaatctt
attatagaagatttgaaaaagctatcagagagctacatggtgaaactttgtggtatttcc
tctggtcaagtgagcaaagtcagtttctgcataagaaatactggttccagagcagcttat
gtgaaagcagtgtgctttgcagactttcatacgagtgttacaatggattcaaatgtgatg
aatgtttatcctgaaaagtttgtattgaaggagagatcacaggagactattactgtatca
ttaagagcaactaagcgagaggagagtctgtgccaaactagcactgccttaatagctaca
gtgtgtttattctgtggtgatgaagtggccaggcagcagtttcgcagggcactgttacat
aagccagaaattgctcagaaagttatatctgaaaatatgttacttaaaaatacaagattt
gatgaagagtttcctggtgaacagcagacttctgaagtgtatgatttaccccaaagacca
aatgatattcaacttttctttgcaaatacgcataagatggttatttctgttgttggaaat
gttgtggagacaagtaccagtggagagtatcagacatcatctaacagaatgggggccagt
gctatagcaaatgttgaaagaaacctgggaaacacatctttggatgtactgcccgtgaaa
ggccctcaaggatctcattttgctaaggagcctgctcaagactctgtcagttctgaagac
acttggagtgttcaaccagaaagtctttttcttacggctcctgctgttagtggtgtgtta
ggcactggtcatatcaaattccagaacacctctgcaagattgttgcgatttgacttgtct
tggccagcccattgtcttactattacacctcaacatggaagcgttgagccaaagagtcac
gtaattattctcgttagccccaacccatccctgggcttgaaacaaaccttgcttccatgg
aatggccagatctatgtgcattgcgaccgtgtacaaaagtgcattaaagtgcagataagt
gaagaatccaccctatcaacatccaacagcaccaccaagccatgtgcagtgctatctcct
cacccagaaacacctgttcatattgcaaagccattcacaaactctccttcaaccaaagtt
gaaataaagaatcgcactctaatgttccccaaaactgctgctggagaaagttcagagaca
tttttggacattgaaaatccaggtgatgaagacataaaatggctgttatcatcctttgca
ccgccttatgttaagggagtatatcaaagtggggaagtgtatcgagcaacatacacagcg
ttcagatgttctagagtatccggtatgcttgcagcacaggacaagttgaaggtggccatt
caatttttccctcgagataaaggtgattatgcccaattctgggaccttgaatgtcatcct
gtgtctctgccacatttgaagcacaaagtgagatttcagctctgtggagagtgtgctagg
gatgagatgctttcagaaaaatcttctgcagcttcactaataaaaacagaagttccagtt
aaacccagaagaagatctggctcagaggcatctactcttaaagcagtgcatgatgcagct
aaccggggtgtttatgcatcagaagaactctatacgtttcctcctacatttgttggtgaa
tccagcacattgaaagtcaacttacaaaataactcatttactacatatatgctgaaattt
gttagtccaaaggagccatttcacttgaagcattccaaatattctttaagagctcatcac
tatatcaacctaccagtcaaattcaaacccaactcagccggcagatacgaaggaattctg
gacatacagacagacgccggaaatatctctattcaacttgttggtgaagccttagccaag
taa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (8)   
   RefSeq(nuc) (6)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (27)   

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