KEGG   Homo sapiens (human): 9857
Entry
9857              CDS       T01001                                 
Symbol
CEP350, CAP350, GM133
Name
(RefSeq) centrosomal protein 350
  KO
K16768  centrosomal protein CEP350
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    9857 (CEP350)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    9857 (CEP350)
SSDB
Motif
Pfam: CAP_GLY DUF4378
Other DBs
NCBI-GeneID: 9857
NCBI-ProteinID: NP_055625
OMIM: 617870
HGNC: 24238
Ensembl: ENSG00000135837
UniProt: Q5VT06
Structure
Position
1:179954810..180114875
AA seq 3117 aa
MRSSKSKEVPLPNPRNSQSKDTVQADITTSWDALSQTKAALRHIENKLEVAPTSTAVCDS
VMDTKKSSTSATRKISRKDGRYLDDSWVNAPISKSTKSRKEKSRSPLRATTLESNVKKNN
RVEFREPLVSYREIHGAPSNFSSSHLESKHVYCVDVNEEKTESGNWMIGSREERNIRSCD
FESSQSSVINDTVVRFLNDRPAIDALQNSECLIRMGASMRTEEEMPNRTKGSENNLKLSV
NNMAHDTDPKALRLTDSSPSSTSTSNSQRLDILKRRQHDVKLEKLKERIRKQWEHSEETN
GRGQKLGHIDHPVMVVNVDNSVTAKVRKVATAPPAPAYKGFNPSETKIRTPDGKVWQEAE
FQNMSRELYRDLALHFADDISIKEKPAEKSKEKKVVKPVRKVQKVAQLSSTECRTGSSHL
ISTSSWRDGQKLVKKILGPAPRMEPKEQRTASSDRGGRERTAKSGGHIGRAESDPRLDVL
HRHLQRNSERSRSKSRSENNIKKLASSLPDNKQEENTALNKDFLPIEIRGILDDLQLDST
AHTAKQDTVELQNQKSSAPVHAPRSHSPVKRKPDKITANEDPPVISKRRHYDTDEVRQYI
VRQQEERKRKQNEEKKAQKEATEQKNKRLQELYRKQKEAFTKVKNVPPSEPSATRRLQET
YSKLLLEKTLLEEPSHQHVTQETQAKPGYQPSGESDKENKVQERPPSASSSSDMSLSEPP
QPLARKDLMESTWMQPERLSPQVHHSQPQPFAGTAGSLLSHLLSLEHVGILHKDFESILP
TRKNHNMASRPLTFTPQPYVTSPAAYTDALLKPSASQYKSKLDRIEALKATAASLSSRIE
SEAKKLAGASINYGSAWNTEYDVQQAPQEDGPWTKAVTPPVKDDNEDVFSARIQKMLGSC
VSHATFDDDLPGVGNLSEFKKLPEMIRPQSAISSFRVRSPGPKPEGLLAQLCKRQTDSSS
SDMQACSQDKAKISLGSSIDSVSEGPLLSEGSLSEEEGDQDGQPLLKVAEILKEKEFCPG
ERNSYEPIKEFQKEAEKFLPLFGHIGGTQSKGPWEELAKGSPHSVINIFTKSYQLYGKGF
EDKLDRGTSTSRPLNATATPLSGVSYEDDFVSSPGTGTSTEKKSTLEPHSTLSPQEDHSN
RKSAYDPSSVDVTSQHSSGAQSAASSRSSTSSKGKKGKKEKTEWLDSFTGNVQNSLLDEE
KAERGSHQGKKSGTSSKLSVKDFEQTLDTDSTLEDLSGHSVSVSSDKGRSQKTPTSPLSP
SSQKSLQFDVAGTSSERSKSSVMPPTITGFKPNAPLTDLNPAASRTTTENMAPIPGSKRF
SPAGLHHRMAAELSYLNAIEESVRQLSDVERVRGISLAQQESVSLAQIIKAQQQRHERDL
ALLKLKAEQEALESQRQLEETRNKAAQVHAESLQQVVQSQREVTEVLQEATCKIAAQQSE
TARLTTDAARQICEMAELTRTHISDAVVASGAPLAILYDHQRQHLPDFVKQLRTRTETDR
KSPSVSLSQSKEGTLDSKHQKYSASYDSYSESSGYKNHDRRSSSGSSRQESPSVPSCKEN
EKKLNGEKIESSIDEQVQTAADDSLRSDSVPSLPDEKDSTSIATEYSLKFDESMTEDEIE
EQSFRSLLPSESHRRFNMEKRRGHHDDSDEEASPEKTTLSTAKELNMPFSGGQDSFSKFT
MEMVRQYMKEEEMRAAHQSSLLRLREKALKEKTKAELAWLEHQKKHLRDKGEDDKMPPLR
KKQRGLLLRLQQEKAEIKRLQEANKAARKERQLILKQQEEIEKIRQTTIKLQEKLKSAGE
SKLDSHSDDDTKDNKATSPGPTDLETRSPSPISISSSETSSIMQKLKKMRSRMDEKFLTK
REQKLMQRRQHAEELLEWKRRLDAEEAEIRQMEKQALAAWDKELIKPKTPKKELEDQRTE
QKEIASEEESPVPLYSHLNSESSIPEELGSPAVEYVPSESIGQEQPGSPDHSILTEEMIC
SQELESSTSPSKHSLPKSCTSVSKQESSKGSHRTGGQCHLPIKSHQHCYSWSDESLSMTQ
SETTSDQSDIEGRIRALKDELRKRKSVVNQLKKEQKKRQKERLKAQEASLIKQLESYDEF
IKKTEAELSQDLETSPTAKPQIKTLSSASEKPKIKPLTPLHRSETAKNWKSLTESERSRG
SLESIAEHVDASLSGSERSVSERSLSAYAKRVNEWDSRTEDFQTPSPVLRSSRKIREESG
DSLENVPALHLLKELNATSRILDMSDGKVGESSKKSEIKEIEYTKLKKSKIEDAFSKEGK
SDVLLKLVLEQGDSSEILSKKDLPLDSENVQKDLVGLAIENLHKSEEMLKERQSDQDMNH
SPNIQSGKDIHEQKNTKEKDLSWSEHLFAPKEIPYSEDFEVSSFKKEISAELYKDDFEVS
SLLSLRKDSQSCRDKPQPMRSSTSGATSFGSNEEISECLSEKSLSIHSNVHSDRLLELKS
PTELMKSKERSDVEHEQQVTESPSLASVPTADELFDFHIGDRVLIGNVQPGILRFKGETS
FAKGFWAGVELDKPEGNNNGTYDGIAYFECKEKHGIFAPPQKISHIPENFDDYVDINEDE
DCYSDERYQCYNQEQNDTEGPKDREKDVSEYFYEKSLPSVNDIEASVNRSRSLKIETDNV
QDISGVLEAHVHQQSSVDSQISSKENKDLISDATEKVSIAAEDDTLDNTFSEELEKQQQF
TEEEDNLYAEASEKLCTPLLDLLTREKNQLEAQLKSSLNEEKKSKQQLEKISLLTDSLLK
VFVKDTVNQLQQIKKTRDEKIQLSNQELLGDDQKKVTPQDLSQNVEEQSPSISGCFLSSE
LEDEKEEISSPDMCPRPESPVFGASGQEELAKRLAELELSREFLSALGDDQDWFDEDFGL
SSSHKIQKNKAEETIVPLMAEPKRVTQQPCETLLAVPHTAEEVEILVHNAAEELWKWKEL
GHDLHSISIPTKLLGCASKGLDIESTSKRVYKQAVFDLTKEIFEEIFAEDPNLNQPVWMK
PCRINSSYFRRVKNPNNLDEIKSFIASEVLKLFSLKKEPNHKTDWQKMMKFGRKKRDRVD
HILVQELHEEEAQWVNYDEDELCVKMQLADGIFETLIKDTIDVLNQISEKQGRMLLV
NT seq 9354 nt   +upstreamnt  +downstreamnt
atgaggagcagcaaatcaaaagaggtgcctttaccaaatccaaggaactctcaaagcaag
gatactgttcaagcagatataaccacatcgtgggatgcactttctcaaaccaaggctgct
ctgagacacattgaaaataaattagaagtagcccctacaagtacagctgtgtgtgattct
gtcatggataccaagaagtcttctacaagtgctactcgaaaaataagtagaaaagatggt
agatacctggatgattcttgggttaatgctccaatctccaaatccactaaatcacgaaaa
gagaaatctcgtagtcctctcagggccaccaccctggagagtaatgtgaagaaaaataat
cgtgtggaatttcgtgaacctttggtttcttatagggaaatccatggtgcaccttccaat
ttcagttccagccatctggaatcaaagcacgtatactgtgtagatgttaatgaagaaaag
actgagagcggtaactggatgataggcagtcgagaagaacggaatatacggagctgtgat
tttgagagctcccaatcatctgtcatcaatgatacagttgttaggtttttaaatgatcga
ccagcaattgatgcattgcaaaattctgaatgtttgattaggatgggagcttctatgaga
actgaggaagaaatgcctaacagaacaaaaggaagtgagaataatttgaagctttctgtg
aataacatggcccatgatactgatccaaaagcgttacgactaactgactcttctccatcc
tctactagtacttctaattcccaaagattagatattctaaagcggcgacaacatgatgtc
aaactggaaaaacttaaggaacggattagaaaacagtgggaacactcagaagaaacaaat
ggccggggccagaagctgggtcatattgaccatccagtaatggttgttaatgttgataac
tcagtaacagcaaaagtcagaaaagtggcaacagcaccacctgctccagcatataaaggt
ttcaacccttcagagaccaagattcgaacacctgatgggaaagtgtggcaggaggctgag
tttcaaaacatgagtagagaactgtatcgagatttagcacttcactttgcagatgatatt
tctataaaggagaaacctgctgaaaaaagtaaagagaagaaagtagtcaagccagtacga
aaagtccaaaaagtagcacagttatcaagtacagaatgcagaacaggtagtagtcatctt
ataagtacatcttcttggcgagatggacaaaaattagtaaagaagattctgggacctgct
cccagaatggagccaaaagagcaaagaacagcatcaagtgacagaggtggaagagaaaga
actgctaaatctgggggtcacattggaagagcagaatctgatcccaggttggacgtttta
catagacatcttcaaagaaactcagaacgttcgagaagtaaatctcggtctgaaaataat
ataaagaaactagcttcatctcttccagataataagcaggaggaaaatactgccttaaat
aaggactttttacctattgaaattcgtggcattcttgatgacctacagctggattctaca
gctcacactgcaaagcaagatactgtagagttacagaaccagaagtcatcagcaccagta
catgctcctaggagtcacagcccagtaaaaagaaaacctgacaaaataacagctaatgaa
gatccccctgttatttccaaaaggcgccactatgacacagatgaggtacgacagtacatt
gttaggcagcaggaggaaaggaagagaaagcaaaatgaagagaagaaggctcaaaaggag
gctacagaacagaaaaacaaacgattacaagagctctaccggaagcagaaggaagccttt
actaaagtaaaaaatgtccctccttctgagccatcagcaactaggcgactacaggaaact
tactccaaattgctactagaaaagaccttgcttgaagagccatctcatcaacatgttacg
caggaaacacaggccaaaccagggtatcagccatctggagaatctgacaaagaaaacaaa
gtacaggaacgtcccccaagtgcatcttccagtagtgacatgtctctctcagaacctcca
cagcctcttgcaagaaaagacttgatggaatctacatggatgcagcctgaaagattgagc
ccacaagttcaccattctcaaccacagccttttgctggaacagctggaagtttactctcc
catctcttgagtttagagcatgtaggaattttgcataaggattttgaatctattttacca
accaggaagaatcataatatggcttcaaggccattaacttttacacctcaaccatatgtg
acctcaccagctgcttatacagatgccttgttaaaacctagtgccagccaatataagagt
aaactggatcgtattgaagccttgaaagcaacagctgcttctttgtccagcagaattgaa
agtgaagccaagaaattagctggggccagcattaactatgggtcagcatggaacactgag
tatgatgtgcagcaggcacctcaagaagatggaccttggaccaaggctgtaactccacct
gtgaaagatgataatgaagatgttttctctgccagaattcagaagatgctgggaagctgt
gtatctcatgcaacttttgatgatgatcttcctggtgtaggcaatcttagtgaatttaaa
aagcttcctgagatgataagaccacagagtgccatatcaagctttagagtgagatcccct
ggtcccaaaccagaagggctactggcacagttatgtaaaaggcagactgactcttctagc
tctgatatgcaagcctgttctcaagacaaagccaaaatatctcttggttccagcatagat
tcagtcagtgaagggcctcttcttagtgaggggagtctctctgaagaagagggagaccag
gatggacagccccttttgaaagtagcagaaattttaaaagaaaaggaattttgtcctgga
gaaagaaatagttatgaacccatcaaagagtttcagaaagaagctgaaaaattcttgcca
ctttttgggcacataggtggtacacaaagcaaaggaccatgggaagaattggcaaaggga
agtccacatagcgtcattaatatttttacaaaatcctatcagttatatggaaaagggttt
gaagacaagttggacagaggaacatcaacatcacggcctttgaatgccaccgcaactcct
ctaagtggtgtttcatatgaagatgattttgtctcctctccagggactgggacttcgaca
gaaaaaaaatcaactcttgaacctcatagcactttaagccctcaggaggaccattctaac
agaaagtctgcctatgatccttcctctgtggatgttacctcccagcattcatcaggagcc
cagtctgctgcatcgtctcgttcatctacttcttctaaaggaaagaaaggaaaaaaggaa
aagacagaatggttggattcattcactggaaatgttcagaactcacttcttgatgaggaa
aaagcagaacgtggctcccatcaaggaaagaaatctgggaccagcagcaaactttctgtt
aaagattttgagcagactcttgatacagatagcactttggaggatctttctggacattct
gtgagtgtctcatcagataagggaagatctcagaaaactccaacttctcccctgtcacca
agttcccagaaatcattgcagtttgacgttgcaggaacttcttcagaaagatctaagtcg
tcagtaatgcctccaactataacaggatttaagcctaatgcacctctcactgatctgaac
ccggcagccagcagaacaacgacagagaacatggctccaataccaggttctaagcgcttt
tctcctgctggcctccatcatcgtatggcagcagaactcagttatctgaacgccattgag
gagtcggtgcgccaactgtcagatgtagaaagagttagaggcatttcacttgctcagcag
gagagtgtgtctctagctcagataataaaggcacaacagcaacgccatgaaagagacttg
gccctcttgaaactaaaggctgaacaagaggctctggagagtcagagacaattagaagaa
acccgaaacaaagcagctcaggtccatgcagaatcattacagcaggtggttcaatcacaa
cgggaagtaactgaagtcctgcaggaagcaacgtgtaaaatagcagctcagcagtcagaa
actgctcgcctcaccacagacgcagcacgtcaaatctgtgagatggcagagttgactaga
actcatatctcagatgctgtcgtggcttcaggagctccccttgcaatactgtatgaccac
caacggcagcaccttccagactttgtgaaacagctgaggaccagaactgaaacagatagg
aaaagtccatctgtttcactctctcagagtaaagaagggacccttgactcaaagcatcag
aagtattctgcttcatatgatagttattctgagtcttcaggatacaagaatcatgataga
agaagtagcagtggtagcagccgccaagaaagtccttcagttccatcttgtaaggaaaat
gagaagaaacttaatggtgaaaagatagagagttccattgatgaacaggttcagactgct
gcagatgattctctacgaagtgatagtgttccatctcttcctgatgaaaaagactcaacg
tctattgcaacagaatattctctgaaatttgatgaatccatgacagaagatgaaatagaa
gaacaatcatttcgatcattactaccttcagagagtcaccgcagatttaacatggaaaag
agaagaggtcatcatgatgactctgatgaagaagcttctccagaaaaaactacactgtct
actgccaaggaactgaacatgccattctcaggaggacaagatagcttttctaaatttact
atggagatggttcgacagtatatgaaagaggaagaaatgagggcagctcaccagtcttca
ctcctgcgtctccgtgaaaaggccttgaaggagaagactaaggctgaattggcctggtta
gagcatcaaaaaaaacatctacgagacaaaggagaggatgataaaatgcccccgctccgg
aagaaacagcgtggtttgcttttaaggttgcagcaagaaaaggcagaaataaaacgtctt
caagaagccaataaggcagctcggaaggaaagacagctgattcttaaacagcaggaggag
atagaaaagatccgacagaccaccataaaactacaggagaaattgaagtctgcaggggag
agtaaattggactctcatagtgatgatgatacaaaggataataaggcaaccagtcctggt
ccaactgacttggagacccgcagtccttctcccatttcaatctccagcagtgaaactagc
agcattatgcagaaactgaagaaaatgagaagccgcatggatgaaaagtttctgacaaag
cgggagcaaaaattaatgcaacggcgacaacatgcagaggagctcctagagtggaagcga
cgtttagatgcagaagaagcagaaattcgtcaaatggaaaaacaagctttggctgcctgg
gacaaagaattaataaaacccaaaactcctaagaaagaactggaggaccagagaacagaa
cagaaagaaatagcaagtgaagaggaatctccagtacctctgtactctcatctaaacagt
gaaagctccattccagaagaattaggcagccctgctgttgaatatgtaccatccgagtct
ataggacaggagcagccagggagtccagatcacagtatacttactgaagaaatgatttgt
tcacaggaactagaatcttctacctctcctagtaaacattcacttcccaaaagctgcaca
tctgtgtcaaagcaggagtctagcaaaggaagtcataggactggaggacaatgtcacctg
cctatcaagtcccatcagcactgttatagttggtcagatgagtcattatctatgacacag
tcagaaactacatctgaccagagtgatattgaaggtaggatcagagctctgaaggatgag
ttgcggaaaagaaaatcagttgtgaaccagctgaagaaggaacagaaaaaaaggcaaaag
gaaagactgaaagcccaagaagccagtctgatcaagcagttagagtcatatgatgaattt
attaagaaaactgaagccgagcttagccaagatttggaaacatcaccaacagccaagcct
cagattaaaacgctctcctcagcttctgaaaaacccaagatcaaacccctcacaccacta
cacagatctgaaacggcaaagaattggaaatcactaacagagtcagaacgttccagagga
tccctggagtctattgctgaacatgttgatgcttcactgtctggttctgagagatcagta
tcagaaaggtctttatctgcatatgcaaagagagtaaatgaatgggacagtcgaacagaa
gattttcagaccccatctccagttctcagatcatcaaggaaaatcagagaagaatctgga
gattctctagaaaatgtacctgcattacatcttctcaaagaattaaatgccactagtaga
attcttgatatgtcagatggcaaggttggagaatctagtaaaaaatcagaaataaaagaa
atagagtatacaaaattgaagaagagtaagattgaagatgccttttctaaagaaggtaaa
tctgatgtcttactgaaattagtcctagaacagggagattcatctgaaattctttcaaag
aaagatcttcctttagattctgaaaatgttcagaaagacctagttggattagctattgaa
aatctccataaaagtgaggaaatgttgaaagagagacagtcagatcaagatatgaatcat
agtccaaacatccaatcaggaaaagacattcacgaacaaaagaacacaaaggaaaaagat
ttgtcttggtcagaacatctttttgctcctaaagagataccatactctgaagattttgaa
gtgtcttctttcaagaaagaaatttcagctgaattgtacaaagatgattttgaggtgtca
tctttgctgtcactcaggaaagactctcagtcttgcagagataagccacagccaatgagg
agctctacaagtggagccactagctttggtagtaatgaggaaatcagtgagtgcctaagt
gagaaaagcctttctatccatagcaatgttcattctgacaggctgttggaactcaagtcc
cctactgagctgatgaaaagtaaggagcgcagtgatgtggagcatgaacagcaagttact
gaatccccttccttggcttcagttcctactgcagacgagttatttgatttccacattggt
gatagggtgttgattggaaatgttcagccaggaattcttcgattcaaaggtgagactagt
tttgctaaaggattttgggccggagtggagttagataaacctgaaggaaataacaatgga
acatatgatggtattgcatattttgagtgcaaagaaaagcatggtatttttgctcctcct
caaaaaatatctcacattccagaaaactttgatgactatgtagacattaatgaagatgaa
gactgttactcagatgaacgatatcagtgctataatcaagagcaaaatgatacagagggt
ccaaaagacagagaaaaggatgtcagtgaatatttttatgagaaatccctacctagtgtg
aatgatatagaagcctcagttaatagaagtagaagccttaaaatagaaacagacaatgta
caggacatttctggggtacttgaagcccatgttcaccagcagtcttcagtggattcacag
atttcttcaaaggaaaacaaagacctcatttctgatgccacagaaaaggtttccatcgct
gcagaagatgacactttagacaataccttttccgaagaattggagaagcaacagcagttt
acagaagaggaagacaacctatatgctgaagcttcagaaaagctttgtacaccacttctg
gatcttttaacaagagaaaaaaaccaactggaagcccagctgaagtcatcactaaatgag
gaaaaaaagtcaaaacaacaactggaaaaaatcagcttactgacagacagtttactaaaa
gtctttgtaaaggacacagtcaatcaactacaacaaatcaaaaaaaccagggatgagaaa
atccagcttagcaatcaggagcttcttggtgatgaccaaaagaaagtaacaccccaagac
ctatcccaaaatgttgaggaacagtcgccaagtatttcaggttgcttcttaagttctgaa
ttggaagatgaaaaagaagagatttcctctccagatatgtgtcccagaccggagagccca
gtatttggtgccagtgggcaggaagaacttgctaagagacttgctgaacttgaactcagc
cgggagttcctgagcgcgttaggagatgatcaagactggtttgatgaagactttggtttg
agctcttctcacaagatccaaaaaaataaggcagaagaaaccattgtacctctaatggca
gaacctaaaagagtaacccaacaaccatgtgaaacattattggcagtcccccatactgca
gaagaagtagagattcttgtacataatgcagcagaagaactttggaaatggaaagaatta
ggccacgatcttcatagcatcagtattcctacaaaactgcttggctgtgccagtaaaggt
ctagatatagaaagcactagtaaaagggtctacaaacaggcggtttttgatttaacaaaa
gagatttttgaggaaatatttgctgaggatcccaacttaaatcaacctgtctggatgaag
ccatgtagaatcaactctagttatttccgacgagtgaaaaatccaaataaccttgatgaa
atcaagagcttcatagcaagtgaagtactcaagttgttcagtcttaaaaaggagccaaac
cacaaaacagattggcagaaaatgatgaaatttggaagaaagaaaagagaccgagtggat
catatcctggttcaggagctccatgaggaggaggcacagtgggtgaactatgatgaggat
gagttgtgtgtgaaaatgcagctagccgacgggatctttgagaccctgatcaaagatact
attgatgttctgaatcagatcagtgaaaagcaggggagaatgctacttgtgtga

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Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (55)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (53)   
DNA sequence (87)   
   RefSeq(nuc) (53)   
   GenBank (17)   
   EMBL (17)   
3D Structure (1)   
   PDB (1)   
Protein domain (2)   
   Pfam (2)   
All databases (210)   

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