KEGG   Danio rerio (zebrafish): 792625
Entry
792625            CDS       T01004                                 
Symbol
si:ch73-209l12.1
Name
(RefSeq) protein JBTS17 isoform X1
  KO
K22859  protein JBTS17
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:dre03037]
    792625 (si:ch73-209l12.1)
Cilium and associated proteins [BR:dre03037]
 Primary cilia and associated proteins
  Ciliogenesis and planar polarity effectors (CPLANE) complex
   792625 (si:ch73-209l12.1)
SSDB
Motif
Pfam: Joubert
Other DBs
NCBI-GeneID: 792625
NCBI-ProteinID: XP_021334903
ZFIN: ZDB-GENE-091204-92
UniProt: A0A8M9Q691
Position
10:complement(1526943..1588527)
AA seq 3026 aa
MLQGGERLDVLPNSPEVPRMEVKLEVLLSSSIKRRKPWPRFCWLGREKEGVFLLDDNRIS
EIHLSSGRTKKKTPKLQPLLQRVVTMSASQNGMWLVGLLVSGELFLWNKDKDLLKTVSAV
PEVHQLLSHIKASLSPVPLSLLVSESAQRVVLAALTGQVFLWECSAPQDLSGPRDGIIAG
HWSQISCQENTPLPSTADKEASLHCVFVKSQAVGDVCLSAFVFTAEAQLIVTFLKIQWDS
TWDSKLGSAGFRVDWISKSYPLNQLQPPCKPVKSRGALVPAFSPDGQLLAVVLNQKDPRA
TQVMFISTLNFVTVSSLLGGCGVKVLSIPAKYVRSYWVCCVSWMAEGLYLACVLKRGSLL
MLARLAGLVSLSTTGSSLEFSASHFLPLHPLVTYRPPGSQQAEDGGQCSSSMSLRDPLRQ
RYSVTCHHLQPFLLVSDGYMVTVLRMSRRPSAAALVSSLLMDAAQGLEDMRRSLAAAQPQ
ARSWLESMSSLTLTGSFVALKEKESLLSTLPLYLQDTGDSERAQDEEDSDEAPCVRSHME
DEGRLEFASMFDTLHAHTHSPTHAEPLDLKGLHRSVITAWALCVSLSVPQPERLLRFSIL
CIGRLMKLLQLSDSSRRTRGSWVTPTIHTFRTLLGFLPWDASRSCLNIAVELCKCFVEMF
LPISAAVSSQSFSAALLVLQQASQSINQTYSLLQRAVHYGENDQLMYSSDMFSVPVLRED
AGMPLQTAPSKRLLVIWREVYRQALGYQEELRHSRGQAGVKGEIEKMSLIIPQIQQALQS
AGERLEESHALRCFTGEQHFILGEYSESVRVWRNQLWAERERAGPMACYMETRCCLALLY
CQLFQYRLRDAQALCDRLALLLHPQTGPEEQQTECDELVLDAVGREAACAVVQSLARFMA
AYFTNQPLFILPPHNVDVLPPLHLPQPAAARVVELSQSRVSMSLRSDQLSEVWTVDYALE
LLLLGGLMPEAVWMAQRLGDWKMAASLSLAYSRYCSSRLDFSRLQWRELHLPSELKPAEI
FQEQLEVLLSPALESEGETHSDAADVEDVDTLQASVQEILKASVMAELDVLSQPITSLLD
AAKERATSLSALVPAAFYLPAPPLYCPQPSANTQDHIEDPALLQERACRSQVSGLLQKLL
LLFRASHSSRPAAQWYISSLKQCRHALNKIQKRASVPKAELIPDGLKKFSTHDGFFHSGD
PDSVTAQIIMCFRELCALCWMLHVRDQLSVSCRKYQSARKQEKSTQLSARSVSDLCVEAL
CWARRLLPFCRFLNAEETLQDLVLSLLSELTPSRLTAETLARVFPDELESVRVPLREKYT
SLLQRLRPVMVPVNSTADEDGESVMVVVQDELRRWRRELQRREKSVCAAEPYLWEREEEE
DRGAAGVSILHRLSLGTSLSDSTLTDCGRPLVYSEGDTLSEPLTPQQHNNSKSKLHDAPE
KSTRHRKGKRSCSIEPSESKPRAPTVGSWDFELEDDEFLLFLDLFLSYVLEKDRLEAEEF
PLLSSFCQPLRSHELHSVNFDMLTALRRRQRDGRKTSTHLPLFRAGRCFQTVPITPERPQ
SGTTTNTGGPHGKHQGLFSLRQQAALTPKGNLSDVKIVPQAEVDVQIELDSSLESRFPDL
ARLLEWMMRWAERRVLLRKTTEGRGLVVMRVRGSSPAVLTALELLERRYSAALLGENTHH
THSTHRSELRQREESDVPLLPSITDWRRSQESNPDTSDTRSAEMPITHQHSQSHDVDEAE
GVDETEDLLSEHEDTLISDQQSHITELRGDVRHTTAAEHGESSVDDVTELSLANQSRAHR
DQALTMADLESQDSDEQSLQSLSEADDQVSSGAHRCEASESEPSRMMKAVQTQSGAPPEA
HREAQSDGVRQLLQDELFRLVQLQQINFMSLMQVVGASFANLPLPQANLHQPGGIPPQPS
SITQNIQQNFRDDTNQPTQACRPDRVANSQDDDQRAEMEQRNPPCKTQEIEHLTIRSDWP
EDAQTNSRSFIPTSQGLLTTADHQASGSKKVSEGQPRAAPQAHGLRLLQLHPPQTLLPRP
AAPPPPHHAPFPHAPPSSYAPPPVHATPPYAQPPPSSHAPPPPHHAPPSLHAPPLHDPPT
VHAPPSPHAPPSLHAPPLHSPPSRLAPPYHAPPPHSHALPLSHAPPPHAPPPPHLPVKQA
WGQSGSALGVDYSAAPPSHLPQRTAGAPESLRLPSAALRSAPVGLPLLRFHPDAQRPVTL
PHIPQTPALKPPNLSSTAANQYYPRIQLLHREPDPPCLRFSSAPVRTPRLIPLEDLLRWS
SVKQTRAEPKLQLIKTEPVPQNQSSSSPSSKRKKRREEKNQEQKPGVTFRPEDSIIPPDE
PAEDEPDQDDGYTIPSGVFDSELSGLPLLDKAYVTSAELHAFASTQKRPAEIQDASTNTE
ADPPRSITDKAVSVQIPPSPSMPSAPEGGLLDVAPVVPPDVFMNLRYAKEKPSDQPENSS
RPESDHGGVTVSPEGRRFINVVDLTDESLLENLPQSPPTSAQLHLLAASVVNHAPNPSHT
FTPNTPEEIPEPSVVCTSPEAVLSGDPVTLSVLAGIRAPRYSLEQVMTNVRASRDPLEQI
MMSRSQISARLSEMDNQLLRLQSIADHMDREFANTRLLVNHIETHSPLLTASVEKKPLSS
SLRVIQEVRSFCPSAHHSGATADPQRGDQELLSSPELRSVHHLHSPLTVKPEQCDPDTNQ
DLMASLLEDPGRAADETLGVSGLSDVKDILSELIRDGALSRSVLGLSRSDTLHPSRSGVR
MEDQRRDVRMWMRRKQRERLSEYRKQREEKRERERRPFVSPHTRTVTSVDLAANRKTKEE
RDRLILQEHHEQRARDACSLISDLLNTPLHQHTPAQHTLRSRSQSSGKQKRFSSSPSGAH
TLGKTVVLQRKPAVKPHGSLSGRLGLHRPASALPADRLSQVTRRGMLSDNRNRQNRSVQH
KMGSGVQSSSVKQDLQAGVEDTNELNTESVWSPADQEHRILMLDPQHNTPDLLDLDALSP
LSSGSVLSRLDWAEIERLVADEQQQD
NT seq 9081 nt   +upstreamnt  +downstreamnt
atgctgcagggcggagagcgtctggacgtcctcccaaactcaccagaagtgccaagaatg
gaagtgaagctggaggttttgctgtcgtccagcatcaagcgcaggaagccgtggcccaga
ttctgctggctgggcagagaaaaggaaggggtttttctattagatgacaaccgaatcagt
gaaatccatttgtcatcaggacggaccaaaaagaagacccccaaactccagccgctgctg
cagagggtggtgaccatgtcagcgtctcagaacggcatgtggctggtgggtctgctggtc
tctggtgaactcttcctgtggaataaagacaaggatttattgaagacggtctccgctgtt
cctgaagttcatcagctgctttctcacatcaaagcctcactgtctccagttcctctttct
ctgctggtttcggagtctgctcagagagtggtgctggccgctcttaccggacaggttttc
ctctgggagtgttcagcacctcaggatctgagcgggccacgggacgggatcatcgcgggc
cactggagtcagatatcctgccaggaaaacactccgctgccctccacagcagacaaagag
gcttcccttcactgtgtgtttgtgaagagccaggctgttggtgacgtgtgtctgagcgca
ttcgtcttcactgctgaagcgcagctcatcgtcaccttcctgaagatccagtgggactcc
acatgggacagtaaactcggttcagcaggtttccgagtggactggatctcgaagagttac
ccgctgaaccagctccagcctccgtgtaaaccggtgaagtccagaggtgctctggtccca
gcgttctctccagacggtcagctgctggcagtggtgctaaaccagaaagaccccagggct
acccaggtgatgttcatcagcacgctgaactttgtgaccgtgtccagtctgttaggagga
tgcggcgtgaaggtgctcagtataccagctaaatatgtcaggtcgtactgggtttgctgt
gtgagctggatggcagaaggcctttatctggcctgtgtgctgaagcgaggctctctgctc
atgctggctcgtctggccggactcgtctctctctccaccacaggaagtagcctggagttc
agcgctagtcacttcctgcctcttcaccctctggtcacttacaggcctccaggctcccag
caggcagaagacggtggccagtgcagctccagcatgtctctgcgggaccccctgaggcag
cgctactccgtcacctgccaccatctccagccgttcctcctggtgtcggacggctacatg
gtgacggtgctgcggatgagcagacggccgagtgctgctgcgctggtgagcagcctgctg
atggacgccgcacaggggctggaggacatgcgcaggagtctggcagcagctcagcctcag
gccaggtcgtggctggagtccatgtcctctctgacgctcactggaagttttgtggctctg
aaagagaaagaatcgctgctgtccactttacctctgtacctgcaggacactggagactca
gagagagctcaggatgaggaagactctgatgaagctccgtgtgtgcgctcgcacatggag
gatgaaggccggctggagtttgcgagtatgttcgacactctccacgctcacacacactct
cccacacacgccgaacccttggatctgaagggtctccataggagcgtcatcacggcctgg
gctctgtgtgtttctctgagcgtcccgcagccagagcgactcctccgcttctcaatcctc
tgcatcggtcgactcatgaagctcctccagctctcagactccagcaggaggactagagga
tcatgggtaacccccaccatccacaccttcaggactctgctgggttttctgccatgggac
gcctctcgttcctgtctgaatatcgcagtggagctctgcaagtgtttcgtggagatgttc
ctcccgatttctgcagctgtttcctcgcagagcttcagcgcggctctgttggtccttcag
caagcatctcagagtataaaccagacctacagcctccttcagagagcagtgcattatggg
gagaatgaccagctaatgtattcatctgacatgttttcggttccagtgttacgggaagat
gcagggatgccgctacagacagcaccttctaaaagattgctggtcatttggcgtgaggtc
tacagacaggctttgggctatcaggaagagttacgtcacagcagaggtcaagctggtgta
aagggcgagattgagaagatgtcactgatcatacctcagatccagcaagctttacagtca
gctggagagcgtctggaggagagccacgcgctgcgctgtttcaccggtgaacagcacttc
attttaggagaatattcagagagtgtccgggtgtggaggaatcaactgtgggccgagaga
gagagagcgggcccgatggcgtgttatatggagactcgctgctgtctggctctcctctac
tgtcagctgtttcagtatcgcctacgggacgctcaggctctctgtgaccgtctggctctg
ctgcttcatccacagactggaccagaggaacagcagacagaatgcgatgagctggtgttg
gatgctgttggtcgtgaagcggcctgcgctgtggttcagtctctggccaggttcatggct
gcgtatttcaccaaccagccactcttcatcctcccgccacacaatgtagatgtgctgcca
ccactgcatttaccacaaccggctgctgctcgtgttgtggagctgtcccagagccgtgtg
tcgatgtcgctgcgctcagatcagttgtcggaggtctggacggtggattacgctctggag
ctgctcctgcttggcggcctgatgcctgaggctgtgtggatggcacagcgtctgggagac
tggaagatggccgcttccctcagcctggcctacagcagatactgcagcagccggctggac
ttcagcaggctgcagtggagggagctgcatcttccctcagagctgaagcctgctgagatc
ttccaggagcagctggaggtcctgctgagtccagcgctggagtctgaaggagagacgcac
tctgacgcggcagatgttgaggatgtggacactctgcaggcttcagtgcaggagatcctg
aaggcgtctgtcatggcggagctggacgttctctctcagcctattacaagtctgctggac
gcggccaaagagagagcgacatcactttctgcgctggttcctgctgccttctacctgcct
gctcctcctctgtactgtccgcagccttcagcaaacacacaggaccatatagaggatccg
gctctgcttcaggaaagagcgtgtcgttctcaggtgtctggtctcctccagaagctcctg
ctgctcttcagggcgtcccacagctctcgtcctgcagcgcagtggtacatcagcagcctg
aaacagtgcagacacgcactcaacaagatccagaagagagcatccgtgcctaaagctgag
ctgattcctgacggactgaagaagttttccacccatgatggattcttccattctggagac
ccggacagtgtgactgcgcagatcattatgtgtttccgtgagttgtgtgcgctctgctgg
atgctgcacgtcagagaccagctcagcgtctcctgtagaaaataccagagcgcgagaaaa
caggagaaaagcactcagctgagtgctaggagtgtgtcagatctgtgtgtggaggctctc
tgctgggctcgccgtctcctgcccttctgccgcttcctgaacgcagaggaaaccttgcag
gatttagtgctcagcctgctgtctgaactcacacccagccgtctgacagcagaaactctg
gcgagagtgtttcctgatgagctggagtctgtacgtgtgccgctgcgggagaaatacact
tcactgctgcagagactgaggcctgtgatggtgccagtaaacagcacagcagatgaagac
ggtgaaagcgtgatggttgtggtccaggatgagctgcggcggtggcggcgggagctccag
cggcgggagaaaagtgtgtgcgctgcggagccgtatctgtgggagagagaagaggaggag
gacagaggagctgctggcgtctcaatactgcacagactctcgttagggaccagtctgagc
gacagcacactgaccgattgcggacgaccactagtttacagtgaaggagacacactgtct
gagcccctaaccccacagcagcacaacaacagcaaatcaaagcttcacgatgcgcctgag
aaatcgacacggcacagaaaaggaaagagatcatgctcgattgaacccagcgaatcaaaa
ccaagagcgccaactgtgggaagctgggactttgagctggaggacgacgagttcctgctc
ttcttagatttatttctcagttacgttctggagaaggacagactggaggcggaggagttt
cctttactgagcagtttctgccagccgctgcgctctcatgagctgcactcggtaaacttc
gacatgttgaccgctctcagacgccgacaaagagacggacgcaagaccagcacacatcta
cctctgtttcgggcaggacgctgctttcagactgtccccatcactcctgaacgtccgcaa
tctggcacaactacaaacaccggtggtcctcatgggaagcatcagggtctgtttagtctt
cgtcagcaggctgcattaacgcccaaagggaatctctcagacgttaagattgttcctcaa
gctgaagtggacgttcagatagagctggactcttctctggaaagcagatttcctgatctg
gctcggctgctggagtggatgatgcgctgggctgagcggcgggtcctgctcaggaagacc
acagagggacggggtttagtagtcatgagggtcagagggtcaagtcctgcagtgctgaca
gcactggagctgctggagcggagatacagcgccgccctgctgggagaaaacactcatcac
acacactctacacatcgctctgaactccgtcagagggaggagtctgatgttccactgctg
ccgtcaatcacagactggaggcggagccaagagagcaacccggacaccagtgacacgagg
tcagcagagatgccaataacacaccagcacagccagagccacgatgtggatgaagctgag
ggtgtggatgaaacagaagatcttctgtctgaacacgaggacacgctgatctctgatcag
cagagtcacatcactgagctcagaggagacgtcagacacacaactgcagctgaacacggt
gagagcagtgttgatgatgtcactgagctgtcattggccaatcagagcagagcacacaga
gatcaggcattaacaatggccgatctggagagtcaggactcagatgagcagtcattacag
tcactatctgaggctgatgatcaggtgtcttctggagcacacagatgtgaggcttctgaa
tctgaaccgtcacggatgatgaaagcggtgcagactcagagcggtgctcctcctgaagct
cacagggaagcacagagcgacggcgtccgacagctgctgcaggatgagctcttcagactg
gtgcagctccagcagatcaacttcatgagcctcatgcaggtggtcggagcgtctttcgca
aacctgccgctgcctcaagcaaacctgcatcagcccggtgggattccaccacagcccagc
tcgattacccagaatatccagcaaaacttccgagatgacaccaatcagccaacacaagca
tgcaggcctgacagagtggctaacagccaggatgatgaccagagggctgaaatggagcag
agaaacccaccctgcaaaactcaggaaatcgagcacttgaccattcgctcagactggcca
gaggacgctcaaaccaacagcaggagtttcatccctacatctcaagggcttctgaccaca
gctgatcatcaggcatccggtagcaagaaagtctctgaaggccagccgagagcagctcca
caagcacatggactcagactcctgcagctccatcctcctcaaactctcctgcccagacct
gctgctcctcctcctccacatcatgctccttttcctcatgctcctccctcttcttatgct
cctccccctgttcatgccactcctccttatgctcagccccctccctcttctcacgctcct
cctcctccccatcatgctccaccttctctgcatgctccgcctcttcatgatcctcccact
gttcatgcccctccttctcctcatgctccaccttctctgcatgctcctccccttcattct
ccaccttctcggcttgctcctccttatcatgcccctcctccacattctcatgctctgcct
ctttcccatgcccctcctccacatgctccgcctcctcctcatctcccagtgaagcaggcc
tggggtcagtctggatctgccttgggagtagattattctgcagctcctccatcacatctc
cctcagaggactgcaggagctcctgaatctctccgtttgccttctgctgctcttagatca
gctcctgtcggcctgcctctgctcagatttcaccctgatgcccagagacccgtcacgctg
cctcatatcccacaaacccctgcgctgaaaccacccaatctgagctccactgcagcaaat
cagtattatcccagaattcagctgctgcaccgagagccggatcctccttgtttgcggttc
agctctgcgccggtacgaacccctcgcctcatcccgctggaggatctgctgagatggagc
tcagtgaagcaaaccagagcagagcccaaactacagctaatcaagactgaacccgtcccg
cagaaccagagctccagcagcccgtccagcaagagaaagaagaggagagaggagaagaac
caagagcagaagcctggagtcaccttcagacccgaggactccatcattcctccagatgag
cctgcagaagatgagccagatcaggatgatggatacaccattccttcaggtgtgtttgac
tctgagttgagtggactgccgttgttggataaagcttacgtgacgtcagctgagcttcac
gcgtttgcttcgacacagaaaagacctgcggagatccaggacgcctccacaaacactgaa
gcagatccgcctcgctccatcacagataaagccgtttctgtccagattcctccatctccc
agcatgccatctgctcctgaaggaggactgctcgatgttgctccagttgttcctccagac
gtcttcatgaaccttcggtacgctaaagaaaaaccatcagaccaaccggagaacagcagc
cgtccagagtcagatcatggaggagttactgtgagtcctgagggacggaggttcatcaat
gtggtggatctgacagacgagtctcttctggagaatctgcctcagtctccgcccacatct
gctcaactccacctactggcagcatctgtcgtaaaccacgcccctaacccctcccacacc
ttcaccccaaacacgcctgaagagattccagagccctcagtagtgtgcacgtctcctgaa
gctgttcttagtggagaccccgtgactctgagtgtcctggctggcatccgagctccccga
tactccctagagcaagtaatgaccaacgttcgggcttcccgggaccccctggagcagata
atgatgtcccggagtcagatctcagcacggctctcagagatggacaatcagctgctcaga
ctgcagagcatcgctgaccacatggacagagagtttgctaatacccgactgctggtgaac
catattgagacgcacagtcccttactgacggccagtgtggagaagaaacccctgtccagc
tctctcagagtcatacaagaagtgaggagtttctgtccttcagctcatcattctggagcg
acggcagatccacagagaggagaccaggagcttctgtcttcacctgagctgagatcagtt
catcatctgcactctcctctgacagtgaaaccagagcagtgtgatccagatactaatcaa
gatttgatggcgtctttgctggaggatcctggaagagcggcggatgagactctcggcgtg
agcggcctcagtgacgtcaaagacattctcagcgagttaatcagagatggggctttatcc
cgctcggtgctgggtctgtcccgctcagatacgcttcatccgagcaggtctggagtcagg
atggaggatcagcgcagagatgtgaggatgtggatgaggaggaaacagagagagcggttg
agcgagtaccgcaaacagagagaagaaaagagagagagagaacgcagacccttcgtatct
ccacatacacgcacggtgacttctgtggatctggcggccaacaggaaaactaaagaagag
cgagacaggctgattctgcaggagcatcatgaacagagagctcgagacgcctgcagcctg
atctcagacctgctcaacacgccgctccatcagcacacaccagcccagcacacactcagg
agcagaagtcagtcctctgggaagcagaagagattttcaagcagtccgagcggcgcacac
acactaggaaagactgttgttcttcagaggaaacctgcggtgaaaccccacggctcactg
agcggcagactcggcctgcacagaccagccagtgctctgccagcagatcggctctctcag
gtcactcgccgcgggatgctgagcgacaacagaaacagacagaacaggagcgttcagcac
aagatgggcagtggtgtgcagtcatcctccgtgaagcaggatctgcaggcgggtgttgag
gatactaatgaactgaacactgagagtgtgtggagtcctgcagatcaagagcacaggatc
ctcatgctggacccgcagcacaacacaccggatctactggatctggacgctctctctccg
ctcagctcaggcagtgtgttgagtcggctggactgggctgaaatcgagcgtttggtggcg
gacgaacaacagcaggactga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (253)   
   KEGG ORTHOLOGY (1)   
   RefGene (248)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (262)   

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