KEGG   Homo sapiens (human): 286464
Entry
286464            CDS       T01001                                 
Symbol
CFAP47, CHDC2, CXorf22, CXorf30, CXorf59, SPGF52, SPGFX3
Name
(RefSeq) cilia and flagella associated protein 47
  KO
K25552  cilia- and flagella-associated protein 47
Organism
hsa  Homo sapiens (human)
Disease
H01282  Spermatogenic failure
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    286464 (CFAP47)
Cilium and associated proteins [BR:hsa03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   286464 (CFAP47)
SSDB
Motif
Pfam: HYDIN_VesB_CFA65-like_Ig Cep192_D4 Cep192_D3 TMEM131_like_N Cep192_D1 Cep192_D7 Motile_Sperm CH CAMSAP_CH
Other DBs
NCBI-GeneID: 286464
NCBI-ProteinID: NP_001291477
OMIM: 301057
HGNC: 26708
Ensembl: ENSG00000165164
UniProt: Q6ZTR5
Position
X:35919734..36385317
AA seq 3187 aa
MNTQKGSLTINVHRGSLAMSIQRGSLVPRDMDSSGRDMQLRVIPAEVKFLDTMAGRVYRL
PITVHNICRWNQKIRFKEPVKPQFKLMLTSLDKELASGLQMTAMVEYHPDKDEDTFDRLL
ISIENKTTEIPLIGLIPSCQLEIESVVNFGTLVANSKVYSKEITITNHGKAPGIFKAEYH
GQLPILIFPTSGIVDAKSSMVIKVDFCADQPRIVDEEAIVILQGQPEMLLSIKAHVVEQI
IELLSMSSDRRLECIHFGPVFFGSSKIKHARVYNNSPEPINWVAIIQDDAVGEELGTDIQ
QRTDIALNNLTYIRKIKNIDTTIIISCLPNEGTLQPYQKTVITFCFTPKLMAVGKKDIGP
SYRQDYALFLRFESVGSKDGFLRDDDYKTIKSERFQKVELALTGTGLPVLLQFDPGPVLN
FKPCFMGERSEIQCIIKNQCELLPVTYHFKKTANFEIDPEKGKITGGGMVDVMCSFVPHQ
LGVFKVKQMIEIIGLVAEEDLQSLSVKSFHHVYLAFNSICKASTKKVVMKFDPGILPSIR
NPTGKFVVKDLAKRKNYAPVAMLQSAMTRTHNHRSCEEPVKDMLLAFPNDRAATIRSKDH
HKHFRPIFTKVPRFNYVNHDFAYTTFEKQQKKLHENYYAMYLKYLRSVRLQKKQAERERM
YSYDDTDIGLEPGSGLKSPSLSEAEIEEELSSAANSIRANRLLTTRGIASQEEESVRRKV
LKGLKSEPSTPQEKHDCSLMLTPKQIHQVIVGPSVLNFGNICVNSPNTHLLHVINMLPMH
VLLQLDTDLEELQKTNQFSYVILPTSSTYISMVFDSPTIGKFWKSFTFTVNNVPSGHILV
VAVVQPVTLELSSNELVLRPRGFFMKTCFRGTVRLYNRQNCCAQFQWQPVNTGRGIAFSI
CPAKGTVEAYSSLECEVTWQQGFSSPEEGEFILHVFQGNALKLKCVAHLGRTKVLLLQPR
ILFSNCPQGLTTWRKAILQNVGQNHAYFKVCSQSLLPIINIIPSQGIVPFGGITVLNISC
KPTVAEKFDTRAKVSIRHANVIDLRIGGSAEIADVEINPDVFNFSGAYIGGTQIIPFVIK
NKGITRARVEFNLKDFPDFSMDLKDKSEEFKDPAVPYIYSLELEENTSLECSITFSPKEV
TVVEFIIQVQINFFESSKLYTKYLSSSPSNPKTVPLIRPCYVQATALQSPLNLSSTKFVF
EIPLHEMNPNNKVTKTQNLVLYNITKHHVTWTLDLSNTGKLFKDGTFKFSVLNGILRPNE
KYNVSISFCPNRPGTYTADIPMLLNYIPVCYKILHLTGEVKSPELLFDPPFIFFTPVPLD
ITTVMDINILPQNYFRNSTLCVQIPTVRLLDGEEIHPLSVKFPKGRVIPGSHSGINNKLT
CHLSFKSSKPVSFFTNLLFCDDRKNWFSLPVTATAENCILTIYPYMAIHLDKQNIILKND
KDEYLKKTRDGVLPPYQDAKPPSPASIKKTYTTSKFNDAEPAKGNLFIGVEVLPENLHLD
ESETSEEDHGSLEKEKYEQFLSLEEGTKAHYFFEKVVNAAQTWFSLFGWPEGPHSFSIPE
TIRRDVYKMQFYSSTSPPQKFSRQNDFSKYNKTIYDVLLHLSGKMPPGINSSQSLPVDNH
EKRVIQLHLQHSSLLDFLNAQGGCISHVLPEFLLEPEDYKRWIEIMSSTNTMPVSSCTPK
KKCSIVIEMSKFEAWSKRAWTDVFLQIYKVLVLSRVVPYCSNNMPPICVQNTPKVNPCFA
SSNIYSDSERILLSWMNINYENTRHVIWKNCHKDVIPSERWIVNFDKDLSDGLVFATQLG
AYCPFLIESHFINMYTRPKSPEEYLHNCLIIVNTLYEIDFDVEIQATDICDPNPILMLML
CVYMYERLPTYLPKKVVSFECTLHDTVLNKILLKNSSSRNLVYNARIVGRDAADFSLSQK
GNVVTISPRNEINVTLKFTSRFIRPAEASLLLISKPKNAVRGITMTFALKGKVLDFKAID
IIKCESPCYQFQEVTVNVKNPFHTAGDFSVILVESSTFVSSPTKLTESRQYPKHDDDMSS
SGSDTDQGCSDSPNVLHTSIKSTFIREFFCSMHTVHLGVKGTSSLELRFLPFNMHVRYCV
IILSNKKIGQLIYVAEGKGMTPLPSSCLPMNTSSSPVYYSTTREEGPNKKYPVLYLKCKP
YQILYVDLKLPMTNEAKEKALAFAAQQQMSSIEYERRLITGTLESSSIRVAIALLGLTKI
ETLMLFRISKLRKPKTVSYTTEVSLPKYFYIPEKISIPWIPEPQVIKLSKAKASDGSVPL
PLQFLPLQSGRYPCKILLKSRYDVRAYYVEGIVNEEQPEAKFEFETPAFEALTQNIPIKN
QTNDKWTFQVTIEGEWFYGPVDLHVGPDEIVEYPLTFKPIFECVITGKLILQNEVDGREH
IFDIKGVGKKPSALEHITVECQVGNVTQKHITLPHFTNTALTFKVTADLPIVWGNPQITV
YPYKEILYLIHVRPWKRGILKGTITFSTTRRCTTRRKHDDYEEDTDQDQALSCLDSITEQ
SSILDDADTYGNFNNLRFWYNLEIHSTPGPPIEIMEMTCIALDSTCIEIPLSNPKDRGLH
LEVQLTSAALNGDNEIILSPLQCTKYIVWYSPATTGYSDESIIFQPEMAEEFWYLLKLTI
ELPKPTTMPEIQCDLGKHVTQIIPLVNCTHETLKLQVTNSNPENFVLDINRKSQLIISPH
STTELPVLFYPSALGRADHQACINFYCTQFTEWKFYLSGVGLFPQPLDTERITTRIGLQS
TIVIPFKNPTMEDVLIDIILTSVEHPRNLVMDHCWDSFIYESSAFRFSSPSEIQGIALPP
KGNIDISLLFIPQIMKLHKTMVIIEMTKANGKYWPIDNFDELDIKFKSIVGIDSEEIQAI
HWIYPIVGLPQAPPPKSPPVVIQCQSRKRAEEKVEIILNAGFFGFSLTPDLTEVLVIPKR
NSHNFCEDPNEIPKIHEFEYEIQFESEAMKSKLESCVALYMIEKSYDIMAKRITFIFNLV
FTPKKPLRSHITLKIECVTEGIWKFPIMLIATEPDTDAVIDIEGVGLFKESVFELRLKSQ
TRNPEPFTAHFLPGSDLEFFVKPQAGELLPFNTNGTLITVGFKPKMYCRKYKATLVIQTE
EMYWKYEINGLTPTTVPPKNAKAKIDATHKTHDNMPVRPHNFVRENTKLIRTGVSSTIKG
APLVKNQ
NT seq 9564 nt   +upstreamnt  +downstreamnt
atgaacacccaaaagggttccctcaccataaacgtccacagaggttccctcgccatgagc
atccaaaggggttccctcgtcccccgggatatggatagctcgggtagagacatgcagctg
cgggtgatcccggctgaggtgaagttcctggacacgatggccgggagggtgtaccgcctc
ccgattactgtgcataatatttgccgctggaaccagaaaatccgatttaaggagcccgtc
aagccacagttcaaactgatgttgaccagtctggataaagaacttgcttctggccttcag
atgacagctatggtggaatatcatcctgataaagacgaagacacttttgaccggctactt
atttcaatagaaaataaaacaacagaaattcctctaattgggttgattccatcctgtcaa
ttggaaattgaatcagtagttaattttggcacactggttgccaatagtaaagtatattct
aaagagattactatcactaaccatggcaaagctccaggcatatttaaggcagaataccac
ggccaattacccatcctcatttttccaactagtggtatcgtggatgctaagtcatcaatg
gttattaaagtagatttctgtgcagaccagccaagaattgtagatgaagaggcaatagtg
attttgcaaggtcaacctgagatgctcttgagtatcaaagctcatgtggttgagcagatt
attgaattattaagcatgagtagtgacagaaggctggaatgcatacactttggtcctgtt
ttcttcggatcatcaaaaattaaacatgcacgtgtatacaataatagcccagagcccata
aattgggtggccatcatacaagatgatgccgtgggagaagaattgggtacagatattcaa
caaagaacagatattgctttaaataatctcacctacataagaaaaataaagaacatagat
actactatcattatctcctgtcttcctaatgaagggactttacaaccttatcaaaagact
gtaattacattttgtttcaccccaaagctaatggctgttggtaaaaaggatattggacct
tcatacagacaggactatgctctctttttgagatttgagtccgtaggaagtaaagatgga
tttttgagagatgatgactataaaaccatcaaaagtgaacgatttcagaaagtggaatta
gcactgacaggcacaggacttcctgttttactacagtttgatccaggaccagttcttaat
tttaaaccttgtttcatgggtgaacgttcagaaattcagtgcatcataaaaaatcaatgc
gaattacttcctgtgacgtaccactttaaaaaaactgcaaattttgaaattgatcctgaa
aagggcaagattactggagggggtatggtggatgtgatgtgttcatttgttccacatcaa
cttggagtcttcaaagtgaagcagatgatagagattattggtttagtggcagaagaagat
ttgcaatctttgtcggtaaaatctttccatcacgtatatttagctttcaacagcatctgt
aaagcttccaccaagaaagttgtgatgaaatttgatcctggtatattgccttcgatccgt
aatcccacgggaaagtttgtggtcaaagacttggcaaaacgcaagaattatgcacctgta
gcaatgcttcaatcagccatgacacgcactcacaatcatcgctcatgtgaagagccagtg
aaggatatgctattagcctttcccaatgaccgagctgcaactatcaggtctaaagaccat
cataaacatttcaggccaattttcacaaaagttccaagatttaactatgtgaatcatgat
tttgcatatactacatttgaaaaacagcaaaagaaattacatgaaaactattatgcaatg
tatcttaaatatttaagaagtgtgcgcttgcagaagaaacaagcagagagggagcgcatg
tattcatatgatgatacagacataggcttagagccaggatcaggtctaaagtcaccctca
ctctcagaagcggaaatagaagaggagctgtcttcagcagcaaattcaattagagcgaat
cgattgttaaccaccaggggtatagcatctcaggaggaagagtctgtgagaagaaaggtt
ctcaaaggacttaaatcagaaccatccactccacaagaaaaacatgattgcagcttaatg
ttgacaccaaagcaaattcatcaagtaattgttgggccttctgtccttaactttggtaat
atttgtgtgaactctccaaatactcatctacttcatgttattaatatgctacctatgcat
gttttgctccagttagatactgatttagaagaacttcagaagaccaaccaattttcatac
gtgattctacctacatccagtacttatatttcaatggtatttgactctcccaccattgga
aaattttggaagtctttcacctttacagtgaacaatgtacccagtggacacatcctagtg
gtggcagttgtccagccagtaacacttgagctatcttctaatgagctagtattgagacca
cgaggcttcttcatgaaaacatgttttcgggggacagttagattgtataatcgtcagaat
tgttgtgctcagtttcaatggcaacccgtaaacacaggaagagggatagcattttctatt
tgtccagctaaaggcactgttgaagcatattcctcactggaatgtgaagtaacttggcag
cagggcttcagttctccagaagaaggagaatttattcttcatgtctttcaaggaaacgcg
ttgaagctaaaatgtgttgcacatcttggtcgcaccaaggttttacttttgcagccaagg
atactctttagtaattgccctcaaggtttaacaacttggaggaaagccattcttcaaaat
gtaggacaaaaccatgcttatttcaaggtttgtagtcagagtcttttgcctatcattaat
attattccatcgcaaggaatagttccatttgggggaataactgttctcaatatctcctgt
aaacccactgtggcagaaaagtttgatacaagagcaaaggtttctattcgtcatgcgaat
gttatagaccttaggattggtggatctgctgaaattgctgatgtagaaatcaatcctgat
gtatttaatttcagtggcgcctatattggtggtacccagattattccatttgtaataaaa
aacaaaggtataacacgtgccagagtggagtttaatctaaaagactttccggatttttca
atggatcttaaagacaaatcagaagaatttaaagaccctgcagttccttatatatattct
ttggaattagaggaaaatacatctctggaatgtagcataacattttctcccaaagaagtg
acagtagttgaattcatcattcaagttcagattaatttctttgagtcttcaaagctctac
actaaatatttgtccagttctccttcgaatccaaaaacagtaccacttatccgaccatgt
tacgttcaagctactgcattgcaatcaccattgaacttatctagtactaagtttgtattt
gaaatccctttacatgagatgaatcctaataacaaggtcacaaaaactcagaatcttgtt
ttatataatattaccaaacaccatgtgacatggactttggatcttagtaatactggcaaa
cttttcaaagacggcacattcaagttcagtgtactgaatgggattctacgaccaaatgaa
aagtataatgtttccataagtttctgtccaaatcgtcctgggacatacacagcagatatt
cctatgcttttaaattatattccagtttgctataaaatattacatcttactggggaagta
aaatcaccagagttattgtttgaccctccatttatatttttcactcctgttcctttggat
ataacaactgtaatggatatcaacattttacctcaaaactatttcagaaattcaactcta
tgtgtccagattcccacagtaaggcttcttgatggtgaagagattcaccctctttctgtg
aaatttccaaaaggcagagtcatcccaggctctcacagtggaattaataataagctcact
tgccacctcagtttcaagtcatctaaacctgtgtcattttttaccaatcttcttttctgt
gatgacagaaaaaactggttttcacttccagttactgcaacagcagaaaactgcattctt
actatttacccatatatggcaattcatctggataagcaaaacattattttaaagaatgat
aaggatgaatatcttaagaagactagagatggtgttttgcctccctaccaggatgctaaa
ccaccctctcctgcttcaattaaaaagacatacaccactagcaaattcaatgatgctgaa
cctgcaaagggaaacttatttattggagtggaagtactgcctgaaaatttgcacttggat
gaaagtgaaacatcagaggaagatcatgggtctctggaaaaggaaaaatatgaacaattc
ctttctcttgaggaaggaacaaaggcacactacttttttgagaaggttgtaaatgcagca
cagacctggttcagtctctttggctggcctgaaggaccccattctttttctattccagag
actataagaagggatgtatataaaatgcaattctactcatcaacctcgccaccccaaaag
ttttccagacagaatgacttttccaaatataataagaccatttatgatgtgctgctccat
ttgagtggaaaaatgccacctggaattaattcaagtcaatctttacctgtagataaccat
gaaaaaagggtaattcaactccatttgcaacattcctcacttctggactttctcaatgct
caaggaggatgtatttcacatgtcctgccagaatttttgcttgaaccagaagattataag
aggtggattgaaattatgtcttccactaatacgatgcctgtgagttcctgtacacctaag
aaaaaatgttctattgttatagaaatgtctaaatttgaagcctggagtaaacgggcatgg
acagatgtatttctacagatatacaaggttttggttctatcccgtgtagtgccatactgc
agcaataatatgccccccatatgtgtgcaaaatacaccaaaagtcaatccttgttttgca
tccagcaacatatattctgattctgaaagaattttgcttagttggatgaacataaattat
gagaatactcgacatgtgatatggaaaaactgtcacaaagatgttatcccttctgagaga
tggatagtaaattttgacaaagacctttcagatggtcttgtttttgcaacacagttggga
gcctattgcccattcttgattgagtctcattttataaatatgtacacacgaccaaaaagt
cctgaagagtatctgcacaattgcctgattattgtaaatactctttatgaaattgacttt
gacgtggaaatacaggccacagacatctgtgacccaaatccaatcctgatgctcatgctt
tgtgtctacatgtatgaaagactccctacatatctccctaagaaggtggtgtcctttgaa
tgtactctacatgacacggtgctgaataagattctactgaaaaattccagctcgcgaaac
ttagtgtataatgctagaattgttggaagagatgctgctgacttctccctttcccaaaaa
gggaatgttgtgacaatttctccaagaaatgaaattaatgtcactctgaaattcaccagt
cgctttattcgtcctgctgaagcttcactactattaatttcaaaacccaagaatgcagta
agaggaattacaatgacttttgctcttaaaggcaaagtcctcgattttaaagccattgac
attataaaatgcgaaagcccatgttatcaatttcaggaagtcactgtaaatgtgaaaaac
cccttccatacggctggggacttcagtgtcattttggtggaatcctcaacatttgtctct
tcgccaacgaagttaactgaatccaggcaatacccgaaacatgatgatgatatgagtagc
agtgggagtgacactgatcagggctgttccgattccccaaatgtcttacatacctcaatt
aagtccacttttatcagagagttcttctgctccatgcatactgttcacctgggagtgaaa
ggaacttcaagcctagagctccgctttcttccctttaacatgcacgtgcgctactgtgtc
atcatcttgagcaacaaaaagattggacaattaatatatgttgcggaaggaaaaggtatg
acccccttgccttccagttgccttccaatgaatacgtcttcaagtccagtttattacagc
actactcgagaagaagggcctaataagaaatacccagttctgtatttgaaatgcaaaccc
tatcaaatcctgtatgtggaccttaaattgccaatgactaatgaagccaaggaaaaggct
ttggcttttgcagcacagcaacagatgtcgagtattgagtatgagcgaaggttgatcaca
ggcactctagagagcagtagtatccgtgtggccatcgccctcctgggactgacgaagatc
gagactcttatgctctttcgtatctcaaagttgaggaagcctaagaccgtttcatacaca
acagaagtgagccttccaaagtatttttatatccctgagaaaatctccattccttggatt
ccagaacctcaagtaattaaactttcaaaagcaaaagcttcagatggatctgttccactt
cctttgcaatttcttcctctccaatctggacgctacccttgtaaaattttattgaaatca
aggtatgatgtgcgtgcctattatgttgaaggtattgtgaatgaagaacaaccagaggcc
aaatttgagtttgaaacaccagcatttgaagcccttactcagaatattccaataaaaaat
caaacaaacgataaatggacctttcaagttactatagaaggagaatggttttatggacct
gttgatttacatgttggaccagatgaaattgtggagtatcctctcacattcaaacctatt
tttgaatgtgtcattacgggtaaacttattctacaaaatgaagtagatggtagggagcac
atctttgacataaaaggggttgggaaaaaaccttcggccttggaacacatcactgtggaa
tgtcaagtggggaatgtgacacaaaagcatataacattgcctcatttcacaaatactgcc
ctaacatttaaggtaactgcagatcttccaatagtgtggggaaatccacaaattacagta
tacccttataaagaaattctgtacctgattcatgtgcgcccttggaaacgtggtatattg
aaaggtacaattacattttctactacaagaagatgtactacaagaaggaaacatgatgat
tatgaggaagacacagatcaagatcaagccctctcctgtcttgattcaataacagaacaa
tctagcattttggatgatgcagacacatatggtaattttaacaatttaagattctggtat
aatcttgagatccatagcactcctggaccacccatagagattatggaaatgacatgtatt
gctctggacagcacttgcattgaaatacctctctctaatccaaaagatagaggtcttcac
ttagaggtgcagttaacgagtgctgcccttaatggggataatgaaattatcctgagtcca
ctacagtgcaccaaatatattgtatggtattctccagcaactacaggctacagcgatgaa
agcattatttttcagcctgaaatggctgaagagttctggtatttactgaagttaactatt
gaattaccaaaaccaaccacaatgccagaaatacagtgcgaccttggcaagcatgtcact
cagatcattcctttagttaattgtacgcatgaaaccttaaaattgcaagtaacaaacagt
aatcctgaaaattttgtcctggatattaacagaaaatcacaactgatcatatctcctcac
tccaccacagaattacctgttctcttttatccttctgcacttggaagagctgatcatcaa
gcttgcatcaacttctactgtactcagtttacagaatggaaattctacttatctggagta
ggactatttccccagcctctagacacggaaagaataaccacacgcattggtcttcagtca
actattgttatacctttcaaaaatcccacaatggaagatgtcctcattgatataatactg
acaagtgtggaacatcccaggaatcttgtcatggatcattgctgggatagcttcatctat
gagagttctgccttcagatttagttctccgagtgaaatacaaggaattgcactgcctcct
aaaggaaatatagatatctcattgttatttatacctcaaattatgaaattacacaaaaca
atggttattattgagatgacgaaagcaaatggaaaatattggcctattgacaattttgat
gagttggatataaaatttaaaagtattgtgggaatcgacagcgaagaaatccaagcaata
cactggatataccctattgttggactcccacaagcaccacctcctaaatctcccccagtt
gtcatacaatgtcagtccaggaagcgggcagaagagaaggtagaaatcatactgaatgct
ggttttttcggatttagtcttactccagatctgacagaagttttagtgattccaaaaaga
aattcacataatttttgtgaggatcccaatgaaattcctaaaatacatgaattcgagtat
gaaattcaatttgaatctgaagctatgaagtctaagttggaatcctgtgtagctttatat
atgattgaaaaatcttatgatattatggctaaaaggataacatttatcttcaatctggta
ttcacaccaaagaaaccattaaggtctcacataacactgaaaatagagtgcgtaacagaa
gggatctggaagtttcccataatgttgatcgctactgaacctgatacggatgctgtcatt
gacattgaaggagttggtttatttaaggaatctgtttttgaacttaggctgaaaagtcag
acaagaaatcctgagccgttcaccgcacacttcctacctggcagcgatctggagtttttt
gtaaaacctcaggctggagaacttcttccttttaacacaaacggaactctcatcactgta
ggatttaaacctaaaatgtactgtaggaaatataaagcaacattagtaatacagacagaa
gaaatgtactggaagtatgagatcaatggattaactccaactaccgtgccaccaaaaaat
gcaaaagccaaaattgatgctactcacaagacacatgacaacatgccagtccgtccacat
aattttgtccgtgaaaatactaaactcataagaacaggggtgtcttccaccatcaagggt
gctcctttggtgaagaatcaataa

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Ontology (2)   
   KEGG BRITE (2)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (59)   
   RefSeq(nuc) (7)   
   GenBank (26)   
   EMBL (26)   
Protein domain (9)   
   Pfam (9)   
All databases (130)   

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