KEGG   Homo sapiens (human): 54777
Entry
54777             CDS       T01001                                 
Symbol
CFAP46, C10orf123, C10orf124, C10orf92, C10orf93, TTC40, bA288G11.4, bA288G11.5, bB137A17.2, bB137A17.3
Name
(RefSeq) cilia and flagella associated protein 46
  KO
K24938  cilia- and flagella-associated protein 46
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    54777 (CFAP46)
Cilium and associated proteins [BR:hsa03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   54777 (CFAP46)
SSDB
Motif
Pfam: Peptidase_C50 TPR_19 Atrophin-1 TPR_12 CENP-N
Other DBs
NCBI-GeneID: 54777
NCBI-ProteinID: NP_001186978
OMIM: 618543
HGNC: 25247
Ensembl: ENSG00000171811
UniProt: Q8IYW2
Position
10:complement(132808392..132942570)
AA seq 2715 aa
MDLVITQELARAESQQDAASLKKAYELIKSANLGKSEFDPSESFSPDLFVLCAEQALKMR
QPEVSEDCIQMYFKVKAPITQFLGRAHLCRAQMCAPKSAENLEEFENCVTEYMKAINFAK
GEPRYYFLVYNASVLYWQMVRPFLKPGYRHHLIPSLSQIINVLSQTEEEDKEWRAELMLE
LLECYLQAGRKEEAARFCSTAAPFIKSHVPQKYRQIFSVMVRHELMDELQLKEEKKNSIS
LSVTFYINMLKAKAEQNDLPGDISVILRKAYRHLGHYNHQRFPSISEEKMLLLFELARFS
LTLKCMEISSACLSDLKKMESKDPGKLIEMECLECESEALRLESKMKVYNRAAVEAQLDI
IQRLDVALQRAVRLGDPRVIHVVCATQWNTCLPLLQHNLRHHLRKPLAGVADVLEKLDSL
MTLLRCQVHMEMAQIEEDEDRLEPATEHLRKAARLDSLGLYRDRIQMASTRLRLCTTLYQ
APERAEDKAIMAVEQAKKATPKDSVRKKRALLVNAGLALAPDAFQIVLDSENEAKVSTGK
NRGRFTYLCAKAWHHTVSVDKAAGHLRRLGNENDKERIQIWAELAKVARKQGVWDVCRTA
SRFCLLYDNVKVKKLRLRRGKKKRGRDGSVQDTWSQPEVVLQRQVCPDLLRKFAEVGFIH
AEATVHLLRSEGVELNDRAIPPEDLSQHPAGYVPEPPEVNAEWITYRTWIESLSRCAMNN
WLRSAEIGQEIQEAWIVQNAVVYVLNHNHHLILAGRQKELVDALYHLLSIVKATGHSGDP
VMLVTLCNTLARGLIISWIPVQAAEKSRKFMRPNAFHSPLDAGATSEIKTAVEVCEFALN
LTNGSAPEETVPTGTRQQLIATWVKAKQLLQQQIGPRLGTEEQGTNEDVSSVTRVLVALE
MYSCNGLGLMDFTVPSLAQLVKMASECNWSDPLVELQTLTRLTHFAHAARDHETTMACAH
RALEMGIKYLKKFGPEESRLVAEMLCTATAIQGRSIMENLKGRKQLRLVAAKAFTESARF
GGIAGSSALVMLAARHYWNAWLPLLSSAVYRKKAKGALKRLIGIINKTEARKQEKGKTLL
LHQWPTADFQGGGTTEGYFLPGAEDDLALRAALYGLLFHSHADQDDWEGGLKVLDEAVQV
LPRTAHRLLIFKHMVIVKAKLGQNFSMEIQKFKAESEDYLARMWHRLALNSPSVSGELAC
YNNAIQALQKPEMEWQKVEYLMEFGQWLHHRHFPLEDVVFHLRWAVEILLAMKPPGDVPE
PQPTPDGEYVAVEMPPRSPVSEAEEAVSLEQLRSVRQLEALARVHILLALVLSPGAEGYE
DCCLAAYAFFRHIWQVSLMTAGKSVLENRPLAATSSHLLLPKKEKENERSKEKEKERSKE
KENERSKEKDKEKGKEEKVKEPKQSQSPAPIKQLEDLPMSIEEWASYSCPEEVLSVLKQD
RSDSTVNPSSIQKPTYSLYFLDHLVKALQKMCLHELTVPVLQLGVLISDSVVGSKGLSDL
YHLRLAHACSELKLREAAARHEEAVGQVCVSELEQASCRKEIALKKEKNKEPLLEESLPA
LNEQTLPVQPGEIKPLDAKDKILKMNGETGRDLDGTSFPHLWMLKAEVLLEMNLYQPARL
LLSEAYLAFQELDEPCAEAQCLLLLAQLANKEKNYGQAKKMIAQAQHLGGSEEFWYNSTL
TLAEALLSMEHSGREATVCHIFQKLINAFKILKKERPNRLPLLEFMITDLEARCLSLRVR
VAQHSAVTEPTECSLLLKEMDDGLLEIERKFIDCGCKENCVDVKLERAKIKRLRAQNEKD
EEQKTAYYLEAYGLAQGAVAEEEGRLHSIQGLYGLAQGAMAEEEGRLHSVQGLLSLQDLQ
NVNTPLMRKLARLKLGLVEMALDMLQFIWEEAHGQQSEQGSLEKLLADYLQNTSDYTSVG
LQWFTLKRTLAHGALAQLGSLQPLSVGCVEIRARLLGLAGRALHLLAMQADPVHPTCYWE
AGPSVGAKLSGLKSLELEVEEEGATKSSRDPPASRAAPEEHCRRGEDLKRRMVLAQQYLA
QASEVLLQCLQVALGSGLLDVAAAASLEMVECVGTLDPATTCQFLALSQSCSASETMRDV
LLAATANTSSSQLAALLQLQHQLRCQDRTTTSLGARVEQRLAAVSKAWQNLCVTEQHFNL
LNEMPPTFWILFLHLSGDRSRLYGAAYEKPKFITAAKGKVQAVGGSCKVMRLAISPTAFS
HLLACAQQFRKQTQAQVYSEDMALNIGSEPEGLQVEEKERPVQRLSSVLGPLEELLQPLF
PLLSLSKARVQTPAVVADSGKSKGKDKERKTSTGQHSTVQPEVADKIVLVADRHLLELPL
EGLSVFDEGTISSVSREFSLQMLWNRLHKEETEGGVKKEGRSRDPKKRSLAKKGRKGSIP
RTIPPDCIIVDSDNFKFVVDPYEEAQGPEMLTPVSITQDILERFQDTFTSRWAGHLGSKH
FPSQAQWEQALGSCSGFFFYGMESFLSHILVERLVAMNLQECQVAVLLDLARSYQSLKRH
MESVEHRRSVGRWEANWRNSASPSEDEWRRGGEPRRGFSDLEGQAAAAPKLRAPSHHAQL
GPVWAAAPSHRVVQAWTCLPSAAGAPALASALGSAPLPTHPHLPAPIPSSQLALPFLGLS
PALGAASARDPPPATSRKAAAWTSSSACLCAPWGLRRGWSCVSSRGQDKGGLPLAALVLS
CLDQKTIQTVSLFLI
NT seq 8148 nt   +upstreamnt  +downstreamnt
atggacctggtcatcacgcaggagctggcccgcgccgagagccagcaagatgctgcgtcc
ttgaagaaggcctacgagttgatcaaatcggccaacctagggaaatcggagtttgacccc
tcagagagcttcagcccagacctgtttgttctgtgtgcagagcaggccctgaagatgagg
cagccagaggtgagcgaggactgcatccaaatgtacttcaaggtgaaggcgcccatcacc
cagtttctgggccgagcgcacctgtgcagggcccagatgtgtgccccgaagtcggcagaa
aacctggaggaatttgaaaattgcgtgactgagtacatgaaggccataaactttgccaaa
ggagaaccgaggtactactttttggtgtacaatgcatcagtcctctactggcagatggtg
aggccgttcctcaagcctggatatcgtcaccatctgatccccagcctttcccaaatcata
aacgtgctgagtcagactgaggaggaagacaaggagtggcgtgctgagctgatgctggaa
cttctggagtgttatctgcaagccggaagaaaggaggaggctgccaggttctgctccacg
gcagctccgttcattaagtctcacgtgccacagaaataccggcagatattctctgttatg
gttcgtcatgaattaatggacgaacttcagttaaaggaagaaaagaaaaattccattagc
ctgtcagtcactttctatattaatatgctaaaggcaaaagcggagcaaaatgatttacca
ggtgacatcagtgtcattctgaggaaggcctacagacacttaggtcattacaaccaccag
cgctttccctctatcagtgaagaaaaaatgcttttgctttttgaattggcgcgtttttcc
ttgaccttgaaatgcatggagatctcctctgcctgcctctcagacctgaagaagatggaa
agcaaagatcctgggaagcttattgaaatggaatgtctggagtgtgaatcggaagcttta
agacttgaaagtaagatgaaagtgtacaaccgagcggctgttgaggcccagctggatatc
atacagaggctagacgtcgcgctgcagcgagccgtgcgcctgggcgacccccgggtcatc
cacgtggtgtgcgccacgcagtggaacacctgcctgcccctgctgcagcacaacctgcgg
caccacctgcggaagcccctggctggcgttgcggacgtgctggagaagctggacagcctc
atgacgcttctccgctgtcaagtgcacatggagatggcgcagatcgaggaggacgaggac
cggctggagcccgccacggagcacctccggaaagccgcgcgcctggacagcctgggcctc
taccgggacaggatccagatggcctccacccggctgcgtctgtgcaccacgctataccag
gcccctgagcgcgcagaggacaaggccatcatggccgttgagcaggcaaaaaaagctaca
ccaaaggacagcgtcaggaagaagcgggccctcctggtgaatgcaggcctggccttagcc
cctgacgcgtttcagattgtgctggacagtgagaatgaggccaaagtctccaccgggaag
aacaggggccggttcacctacctctgtgcgaaggcgtggcaccacaccgtcagcgtggac
aaagctgccgggcacctgcggcgcctgggcaacgaaaacgacaaggagaggatacagatt
tgggcagagctggccaaagtggcccggaaacaaggcgtgtgggacgtctgtcggacggcg
agccgcttctgcctcctgtatgacaacgtcaaggtgaagaagttgaggctgcggcgaggg
aagaagaagcgaggtagggacggctcggtgcaggacacctggagccagcctgaggtcgtc
ctgcagaggcaggtgtgccccgacctgctgcggaagttcgcggaggtggggttcatccat
gctgaggccacggttcatttgctgcggtcagaaggtgtagagctgaatgaccgggccatc
ccccccgaagacctgagccagcacccagctggctacgtgcctgagcccccggaggtgaat
gctgagtggatcacatacagaacctggatcgagagtctgtcccggtgtgccatgaataac
tggctgcgctccgcagagatcggacaggagatccaggaggcgtggattgtgcagaacgcc
gtggtctacgtcctgaaccacaaccaccacctgatcctggccgggcggcagaaggagctg
gtggacgccctgtaccacctcctgagcatcgttaaggccacaggccacagtggggacccc
gtgatgctggtgacgctctgcaacaccttggcgcgaggcctgatcatcagctggattcca
gtccaggctgccgagaagtccaggaaattcatgcgaccaaacgcgtttcacagcccactg
gacgcaggagccacttccgagatcaaaacagcggtggaggtctgcgagtttgccctgaac
ctgaccaatgggagtgcgcccgaggagacggtgcccaccggcacccggcagcagcttatc
gccacctgggtcaaggccaagcagctgctgcagcagcagattgggccacggctgggcacc
gaggagcagggcaccaatgaggatgtcagctcggtgaccagagtcctcgttgccttggaa
atgtactcatgcaacgggctgggcctcatggacttcactgtcccctccctggcccagttg
gtgaaaatggcttccgagtgcaactggtcggaccccctggtggagctgcagaccctgacg
cggctgacccacttcgcccatgcagcgcgtgaccatgagaccaccatggcctgtgctcac
agggctctggagatgggcatcaagtacctgaagaaatttgggcccgaggagtcccggctg
gtggcagagatgctgtgcacagccacggccatccagggcaggagcatcatggaaaacctg
aagggccggaagcagctgcgactggtggcagccaaggccttcacggagagcgccaggttc
ggaggcatcgcgggcagcagcgccctggtgatgctggccgcgcggcattactggaacgcc
tggctcccactgctgtcctcagccgtctacaggaagaaggccaagggtgccctgaagagg
ctcatcggcatcatcaacaagacagaggccagaaagcaggagaaaggaaagacgctgctt
ctgcaccagtggcccacggccgacttccagggtggcgggacgaccgaaggatattttctt
ccaggggctgaggacgacctggcgctccgtgctgcgctctacggcctgctcttccacagc
catgccgaccaggacgactgggagggcggcctcaaggtgctggacgaggctgtgcaggtg
ctgccaaggacggcccaccgcctcttgatcttcaagcacatggtcatcgtgaaggccaag
ctcgggcagaatttttcgatggaaatacagaaattcaaggccgagagtgaggactacttg
gcgcgcatgtggcaccgcctggccctgaactcgccgagcgtgtctggagagctggcctgc
tacaacaacgccatccaggccttgcagaagcctgagatggagtggcagaaggtggagtac
ctcatggagttcggccagtggctccatcacagacactttcctctcgaggacgtggtcttc
cacctccgctgggctgtcgagatcctgctggccatgaagccgcccggcgatgtccctgag
ccacagcccacgccggatggggagtacgtggctgtggagatgcccccacggagccccgtg
tccgaggccgaggaggcggtgtccttggagcagctgcgtagcgtgcggcagctggaggcg
ctggcccgcgtgcacatcctgctggccctggtgctgtcgccgggcgccgagggctacgag
gactgctgccttgcagcctacgccttcttcaggcacatctggcaggtttctttgatgaca
gcaggaaaatcagttctggaaaacagacccctggcagcaaccagctcacatctgttattg
cctaaaaaagagaaggagaatgagaggagtaaagagaaggagaaggagaggagtaaagag
aaggagaatgagaggagtaaagagaaggacaaggagaagggaaaggaggagaaagtcaag
gagcccaagcagtctcaaagcccagctcctatcaaacaactggaagacttacccatgagc
atagaagagtgggcttcctactcctgccccgaggaagtgctgtctgtactgaaacaggac
agaagtgactctactgtgaacccctcaagtatccagaagccgacatacagtttgtatttc
ctggaccacctggtcaaggccctgcagaagatgtgcctgcacgaactcacggttcccgtc
ctgcagttgggggtgctgatttcggactccgtggtgggaagcaagggcctgtcggatctc
taccaccttcgcctcgcccacgcgtgctccgagctgaagctgagagaagcagccgcgcgc
catgaagaggcggtcgggcaggtgtgcgtcagcgagctggagcaggccagctgcagaaaa
gagatcgcgttgaaaaaagagaaaaataaggagcctttattagaagaaagcctgccagca
ctgaatgagcagacacttcctgtccagcctggggagatcaaaccactggacgccaaggac
aagattttgaagatgaatggggagaccgggagggacctggatgggacgtcctttccccac
ctgtggatgctgaaggcagaagttctgctggagatgaacctgtaccagcctgcacggctg
ctcctgtcggaggcttacctggctttccaggagctggatgagccttgtgcagaggcccag
tgcctgctcctcctcgcacagttggccaacaaggagaaaaactatggacaagccaagaaa
atgatcgcacaggcccagcacctgggcggaagtgaggagttctggtacaattccactctg
accctggcagaggcgctcttgtccatggaacactcaggaagggaagctacggtgtgtcac
atatttcagaagctcatcaatgccttcaagatcctcaagaaagaaagaccaaaccgattg
cctttactggaattcatgatcacagatctagaagccaggtgcctgagcctgcgggtcaga
gttgcgcagcactcagcggtcactgaacccacagagtgctcgttgctactgaaagagatg
gatgatggcctgttggaaattgagagaaagtttatcgactgtggctgcaaagagaattgt
gttgacgtaaaactagagcgtgcgaagatcaagaggttacgtgcccagaacgagaaagat
gaagaacaaaaaactgcgtattacttggaagcgtatggcctggcccagggtgccgtagct
gaggaagaagggaggcttcacagcatccagggcttatatggcctggcccagggcgccatg
gctgaggaagaagggaggcttcacagcgtccagggcctattgtcacttcaagacttgcag
aacgtcaacacgcccctgatgaggaagctggcgcgcctcaagctcggcctcgtggaaatg
gctctggacatgctccagttcatctgggaggaggcccacgggcagcagagtgagcagggg
tccctggagaagctgctggcggactatctgcagaacaccagtgactacacttccgtcggc
ctgcaatggttcacgctgaagcggactctagcacacggggcactggcacagctggggagc
ctgcagccgctgagcgtgggctgtgtggagatccgcgcccggctcctgggcctggccggg
agggccctgcacctgctggccatgcaagctgaccctgtgcaccctacctgctactgggag
gcgggcccctcggtgggcgccaagctgagcggcctcaagtctctggagctggaggtagag
gaagagggtgccacaaagtccagcagggacccgccggcctccagggcagccccggaggag
cactgcaggagaggcgaggacctgaagaggaggatggttctggcccagcagtacctggct
caggcgtcagaggtgctgctgcagtgcctacaggtggcccttggcagtggcctcctggat
gtcgcagcagccgccagcctggagatggtggagtgtgtcggcaccctggaccctgcaact
acctgccagttcctggctctgtctcagagctgctcggcctcagagacgatgagggatgtc
ctgcttgcagccacagccaacaccagcagctcacagctggcggccctgctgcagctacag
caccagctccggtgccaagacaggaccaccaccagcctgggcgcccgtgtggagcagagg
ctggccgccgtgtccaaggcttggcaaaatctctgcgtcactgagcagcattttaacctc
ttgaatgagatgcctccgaccttttggatcctctttctgcacctctcaggggacaggtcc
cgtctgtacggcgctgcctacgagaaacccaagttcattactgcagccaaaggaaaggtg
caggcggtgggaggctcctgcaaggtgatgcgtctggccataagtcccactgccttctcc
cacctgctggcctgtgcccagcagttccggaagcagacccaggcccaggtgtacagtgag
gacatggccctgaacataggctcggaaccagaaggcctgcaggtggaagagaaggagcgc
cctgtgcagaggctcagtagcgtcctggggcccctggaggagcttctgcagccgctattc
cccctgctcagcctctccaaggccagagtgcagacacctgcggttgttgccgattcaggg
aagtcgaagggcaaagacaaggagaggaaaacgtccacaggacaacacagcacagtccag
cctgaggttgccgataagatagtcctggtcgcagacagacatctcctggagctgccactg
gaaggtctctctgtgttcgatgaagggacaatttcctctgtgtcacgagaattttctctt
caaatgctgtggaatcgcctccataaagaagagacagaaggtggcgtgaaaaaggaggga
agaagcagagaccccaaaaagagaagcctagcgaagaagggcaggaagggcagcatcccc
cggaccatcccccctgactgcatcatagtcgactcagacaacttcaagttcgtcgtggac
ccatacgaggaggcccagggcccagaaatgctaactcctgtctccatcacccaagacatt
ttggaaagattccaagacacattcacgtcgcgatgggcgggacatctgggaagcaagcac
tttcccagccaggcccagtgggagcaggccctgggcagctgcagcggtttcttcttctat
ggaatggagagcttcctgtcccatatattagtggagagattggtcgccatgaacttgcaa
gagtgccaggtggcagtcctgctggacctggcgcggtcctaccagagcttgaagaggcac
atggagagcgtggagcacaggagatctgttggccgttgggaagccaattggagaaacagt
gcgtctccttcagaagatgagtggcgacgaggcggtgaaccaagacgaggcttctcagac
cttgaaggacaagctgctgctgctccaaagctccgagctccttcccaccacgctcaactt
ggtcctgtatgggctgccgcaccaagccatcgggtagtgcaggcctggacctgcctccca
tcagctgctggggccccagcacttgcctctgcccttggctctgcccctctgccaacccat
ccccacctcccggctcccatccccagctcccagctcgctctccccttcctgggcctctcc
ccagcccttggtgcagcctcagccagggaccctcccccagcgacttcccgcaaggcagcc
gcctggacctcgagctctgcctgcctgtgtgcgccatggggtctgcgtcggggctggagc
tgcgtctcttcccggggccaggacaagggcggcctccccttggcggcgctggtgctgagt
tgcttagaccagaagactattcagaccgtgagcctgtttttgatttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (29)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (27)   
DNA sequence (81)   
   RefSeq(nuc) (35)   
   GenBank (23)   
   EMBL (23)   
Protein domain (5)   
   Pfam (5)   
All databases (191)   

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