KEGG   Rattus norvegicus (rat): 300124
Entry
300124            CDS       T01003                                 
Symbol
Pkdrej
Name
(RefSeq) polycystin family receptor for egg jelly precursor
  KO
K19921  polycystic kidney disease and receptor for egg jelly-related protein
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rno04131]
    300124 (Pkdrej)
Membrane trafficking [BR:rno04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Acrosomal exocytosis proteins
    300124 (Pkdrej)
SSDB
Motif
Pfam: REJ PKD_channel Polycystin_dom PLAT Ion_trans
Other DBs
NCBI-GeneID: 300124
NCBI-ProteinID: NP_001128338
RGD: 1306587
Ensembl: ENSRNOG00000029591
UniProt: D3ZCW6
Position
7:complement(118788939..118795313)
AA seq 2121 aa
MWPGPALLLLGLGLGLGSQPPPPGPRGLPGVLRGAPGLGQGAESSVRGGGTGGLSPRSVP
RRASPTLPRRCPSGAAARVLLKVNSFDPAAAKATVSCQTANCIIQPVKIINRKDQNAPLI
LSRDQEVTLNVTIRWHCPDALVVRKTWLYFSVASVNDTPDWNRPVQLPHVQVTKVSFLHI
PKYALPYGVYVFNFTLSLVRWDPVLPTVTDSDIIYIWVKKRPLKAVLPGASRVTVRFSDA
LILNGSMSYDPEADIPTEGLIFFWYCTTNPRYYSDNYMLVTNRDVCHPKQDSLDWPWAVG
PVLTIPAETLRGNGVYYFRMVVQKQNRTAFSDKTVHVLQGLQPKAHISCIENCGHTLAVS
DRFSLFLNCSSCGSRDFYSWSILSRMGKEVMFDWAGQAVTRRDGAYLSMKAFAFRDFLEN
RFWVSLILKSWSGVIMTLRHPVVINQGPQVGKCNIDPASGISMVTKFAVACSGFKDKNLP
LTYKVIVSELDSIGDISSVDENTLGTIMYLGTQPTTPAFFLPVGMATNHYNLRLYAQVYD
SLGTFSQVTLQATVKAPTVRDSSKNVVQQLLNVTQLNSSLSTLLQKQDWLPAGYLVYVVT
SVFNNIKWELELQGDRTRVLEYLVNQSFMLAMRTMDEICQSVMVITKLTQKALDLSQPTS
EATTLLLRQANQALQAYQQENKHLHSQQIEILCTGILTSLSNLLKLAKTYHTSETLLFIM
QSLSDMILANMVPGSKTVLRTSNFNMYVEKVENWNVHQAFRNESRCSNCLRATLNTSTVP
GLPAKAPVSVMFCKFVDDPFPWLTYPENISTDVVGFRMTGAADNGNAIEIAPDTAEVYLV
RKDLTSSSFNLTVGPGIKSAGFSKMTTGGISFEVDGRGFGEVLIHIVTNVTVLFEALVYE
GIQLIPTNLMAIFLVPHDIPPIAKWSGLFDPNCSVKEARVVCLSSTLLRTIAQRRHSFKY
NISVVLQASRFVFKPTNKLVRIALFMVHCLDMYGIQSDWGQSTCVLGERTTWKTIHCICR
KARRSRRQLTYSYMHIHFVTAKVIVVPNPVDLRLQVISNVTQNPVTLLAVLCIMIVYVIL
ASWALHRDVIDQYLHDNVVILTDNDPFDTICYLVTIFTGSRWGSGTKANVFIQLMGTEGT
SDAHCLTHPYFQTLYRGSRNTFLLTTKNDLGDIHSIHVWHDNSGKAPSWYLSRVKVENLF
SKRIWLFVCRRWLSVDTTLEETFPVTHPDESLKKTDFFMIDLNDKLGKNHMWFSIFTDIV
PKPFNRLQRLSCCLAMLLSSLVCNIMFFNLNITKQPESRQGHIIRSMVIGVESALITFPV
QLLITFFFTYSQKKPKVDTDKVAPQKHPLMSEEGLSWKDRLKKWHEYEMKTLTSKAANPA
SAPEEKDANKASKTSQAPDTQTSNKNFSNNNLEDSKDVPPKASSTQLHATRSVKKTQIIL
PRRCVYIAWFLVFATSGVSSFFIVFYGLTYGYDKSVEWLFASFCSFCQSVFLVQPCHILL
RSGTRMHRPKYCKNLSWSSKYHYTEIRLQELKMTPEETEQLHEDMAYIRSLSIYQPITED
KIQIFRRKNRIRKRSFLFLSYLVTHFIFLTLLLLLIFPLRHNDSFYYNQFVRHRFSMDLA
TVVKLGDIYAWLNGVFLPLLHNDKSPTFLPDSSSKILGLPLMRQVRAKPSNKTCLLAKKF
AQSRIAGELHCHPQYGIDPEDTRHYPGVWNKAGKRSIDKTSNGFTYKPPGRKWVYYSYGV
LNTYGSGGYEFYFFPEQQMFNSTLRLKELEGKNWLDELTWAVIVELTTLNPDTSLMCSIS
VVFEVSPLGVVNSSLSVYSFPLADFNSRSSAEIYLYVAILIFFCAYVVDEGYIIMQERAS
YIRSMYNLLNFSLKCMFALLIVLFFQKHLLATKLVRLYNTDPEAFIPFHAVSRVDHFMRI
ILAFLLFLTILKTLRYSRFFYNVRLAQKTIQAAFPGICHTALVVSIYSFMYVAFGYLVFG
QHEWNYSNMIHATQTIFSYCVSAFQNTEFSGNKILGVLFLSSFMLVMICIFINLFQVVIL
SAYDEMKQPVYEEPSDEAEAVTYLCDSLKSGFDFLTSGPQDKDQSDFFEDMLYGQPEKNT
RRFLGLKARNINGKKMIYLVV
NT seq 6366 nt   +upstreamnt  +downstreamnt
atgtggccgggccccgcgctgctgctcctgggcctgggcctgggtctgggcagccagccg
ccaccccccggccctcgcgggctgccgggcgtgctcaggggcgccccggggctggggcag
ggcgcagagagcagcgtccggggcggtggcaccggtggcctgtccccgcgctcagtcccg
cgccgcgccagccctacgctgccccgtaggtgtccctcgggcgcagccgcgcgcgtcctc
ctgaaagtcaattccttcgaccccgcagccgccaaggctacggtgtcctgccagacggcc
aactgtatcatacagccagtgaagattatcaacaggaaggaccagaacgctcccctcatc
ctgagcagagaccaggaagtcaccctcaatgtcactatacgttggcactgtcctgatgcc
ttggtcgttcgcaagacctggctgtacttttcggtggcctctgtgaacgacactcccgac
tggaaccgacctgtgcaattgccacatgtccaagtgactaaggtttccttcctccacatc
cccaaatatgccctgccttacggggtgtatgtgtttaacttcacgctgtccctcgtcagg
tgggaccccgtcttgcccacggtgacagactcggatatcatctacatttgggttaaaaaa
cgccccctgaaggctgtccttcctggagcctccagagtaactgtgagattctcggatgca
ctgatcctcaatggaagcatgtcctacgacccagaggcagacattcccacagagggactc
atctttttttggtactgtaccacaaatccaagatactatagtgacaactacatgttagtg
accaaccgggatgtctgtcacccaaagcaggattcactggactggccttgggcagtgggc
cctgtactaaccattccagcagagactcttaggggcaatggtgtgtattacttcagaatg
gtggtgcagaagcaaaataggactgcattttctgataaaactgtacacgtgctccaagga
cttcagcccaaagcccacatttcatgcattgaaaactgtggccacactttagccgtatca
gatagattctctctgtttctgaactgctcaagttgtggcagtcgggatttctacagctgg
tccattttgtctcggatgggtaaggaagtgatgtttgactgggcaggacaagctgtcacc
aggagggatggggcttacttgtccatgaaagctttcgcctttagggattttttggaaaac
aggttttgggtttctctgattctgaaatcttggagtggtgtgatcatgaccttgagacac
cctgtggtcattaaccagggccctcaagttggcaaatgcaacattgatcctgctagtggg
atttccatggttactaaattcgctgtggcatgtagtggttttaaggataagaaccttccc
cttacatataaagtaatagtctctgagctggacagcattggcgacatcagttctgtagat
gagaacacactggggaccattatgtatttggggacacagcctacaacaccagccttcttt
ctccccgttggtatggcgacaaatcactacaatttgaggctgtatgctcaggtctatgac
tccttagggactttctctcaagtgaccttgcaagccaccgtcaaggcacctaccgtcagg
gactcctcgaagaacgttgtacaacagctgctcaacgtcacgcaactgaactcatctttg
tccactttgcttcagaagcaggactggctaccggcaggttacttagtctatgtggtaact
tcagtcttcaataacataaaatgggagctcgaactccagggtgatagaacccgcgtcctg
gagtaccttgtcaaccagtccttcatgcttgctatgagaacaatggacgaaatttgtcag
tcagtgatggtgattaccaaattaacccagaaagccttggacttaagtcaaccgacttca
gaggccaccaccttattgctaaggcaagcaaaccaagccctgcaagcctaccagcaggaa
aacaagcaccttcactcccagcagattgaaattctgtgcactggcatcctaaccagcctg
tctaaccttcttaagctggctaagacctaccacacgtcagaaactcttttgtttataatg
caatcattatcagacatgatactggctaacatggtgccaggaagcaaaactgttctgagg
accagcaactttaacatgtatgtggagaaagttgaaaactggaacgttcatcaggccttc
agaaatgagtcgcgctgttcaaactgcctccgtgcgacactgaacacaagcacggttcct
gggctacctgcaaaggctccggtttctgtgatgttttgcaagttcgtagacgatcccttt
ccttggctgacttacccggaaaacatctctacagatgtggttgggttcagaatgacggga
gctgcagacaacggtaacgccatagagattgcacctgacacagcagaagtgtacctggtc
agaaaagatctgacctcttccagttttaaccttacagtgggaccaggcatcaaaagtgcc
gggttctccaagatgacaacaggtggaattagctttgaggtggacggcagggggtttggg
gaggtactcatccacattgtcacaaacgtgacagtgttgttcgaggccttggtctatgaa
ggcattcagctcatccccaccaatctaatggccatttttcttgttcctcatgacatccct
cccattgccaagtggagtggcctgtttgacccaaactgttcagtcaaggaggcccgcgta
gtttgtctgtcatcaaccctgcttcgaaccatagctcagcgcagacattcattcaagtac
aacatatcggtggtcttgcaggcctctcgctttgtctttaagcccactaacaagctagtg
aggattgctctctttatggttcactgtttggacatgtacgggatccagagtgactggggt
caaagtacctgcgtgctgggtgagaggacgacgtggaaaaccatacactgtatctgtagg
aaggcaaggcggagccggcggcagctgacctacagttatatgcacattcactttgtgact
gctaaggtcattgtggtccctaaccctgtggatctgaggctacaggtcattagtaatgtt
acccagaaccctgtgaccctcctggctgtgctttgcataatgatcgtgtatgttattctg
gcttcctgggccctgcacagggatgtaatagatcaataccttcatgacaatgtggtaata
ctgacggataatgatccctttgataccatatgctacctggtaaccatctttactggaagt
cgctgggggtctggaaccaaggccaatgtttttatccagcttatgggaacggagggtacc
agtgacgcccactgtctaacccatccatattttcaaaccctataccggggaagtaggaac
actttcctcctaacgacaaaaaatgacctgggggacatccattccatccacgtgtggcat
gacaattcgggcaaagcacccagctggtacctaagtcgagtcaaagtggaaaatctcttc
agcaagcgcatttggctgtttgtgtgccggaggtggctctcggtggacaccactctggag
gaaacatttccagtcacccacccggatgagtctctgaaaaagacagacttcttcatgatt
gatctgaacgataagcttgggaaaaaccacatgtggttctccattttcacggacatcgtc
cccaaaccgttcaacaggctccagaggctgtcctgctgcctggccatgttgctaagctct
ctcgtttgtaatatcatgttttttaacctgaatataacgaagcaaccagagtccagacag
gggcatatcatcaggtcaatggtgataggagtcgaaagtgccttaatcacattccctgtg
cagttattgataacttttttcttcacctattcccagaagaagcctaaagtggatacagac
aaagtggcaccacagaagcaccccctgatgtcagaagaaggtctgtcctggaaggatcgg
ttaaaaaaatggcatgagtatgaaatgaagactctcactagtaaagctgccaaccccgcc
tctgctcccgaggaaaaggatgcaaacaaggcctctaaaacctcacaggccccagacacc
cagacgtccaataagaacttcagtaacaataacctagaagacagcaaagatgtccctccg
aaagcttcctctacccaactgcacgctactcggtctgttaaaaagacccagattatcctg
cccaggcggtgtgtttatatagcctggtttttggtgtttgccacgtctggtgtatcgtca
ttctttattgtattttacggcctgacttacggctatgacaagtcagtagagtggctcttt
gcgtcgttctgttctttctgtcagtccgtgttccttgtccaaccgtgtcatattctactg
aggtcaggcaccaggatgcacaggcccaagtactgtaagaacctctcgtggtccagcaag
taccattacacagaaatcaggctgcaggagctgaagatgaccccagaagagacggagcag
ctccacgaggacatggcctacatccgaagcttgagcatataccagcccatcaccgaggac
aaaatccaaatattcaggcggaagaacaggatcaggaagaggtccttcttgttcctgagc
taccttgtgacccacttcatattcctgacccttctcctgttgctcattttccccctgcgt
cacaacgatagcttctactacaaccagtttgttcgccaccggttctccatggatcttgcc
acggtggtgaagctgggcgatatctatgcgtggctcaacggcgtgttcctacctttgtta
cacaatgacaaaagcccaacattccttccggacagctcatctaaaatccttggccttcca
ctcatgagacaagtgagggccaaacccagcaacaagacatgtctgttggccaagaagttt
gcacagagcagaattgcaggggaactccattgtcatccacagtatggcattgatccagaa
gacacaagacactatcctggtgtgtggaataaggctggcaagaggtctatagacaaaacc
agcaatggctttacttataagcctccggggaggaaatgggtgtattattcctatggcgta
ttaaacacctatggatctggagggtatgagttctatttctttccagaacagcagatgttt
aattccacactgaggctcaaggaactcgagggaaagaattggcttgatgagctgacatgg
gccgtgattgtggagttgactactctgaatccagacaccagtctgatgtgtagcatttcg
gttgtattcgaagtctctcccttaggggttgtcaactccagcctctccgtgtactccttc
ccgctggctgatttcaacagccgctcttcggcagaaatctacctgtatgtagccattctt
attttcttctgtgcctatgtcgtggatgagggttacatcatcatgcaagagagagcttcc
tacataagaagcatgtacaacctgctcaacttctctcttaagtgcatgtttgctctcctg
atagtgcttttcttccagaagcacctcctggccaccaaactggtccggctttacaacact
gaccccgaagccttcattcccttccatgctgtctctcgggttgatcacttcatgaggatc
atcctggctttcctgttgtttctgaccatattgaagacacttaggtattccagattcttc
tataacgtgcgcctggctcagaagaccatccaggctgcctttcctggcatctgccacacg
gctttggtggtgtctatatattccttcatgtacgtagcttttgggtacctggtgttcggt
cagcatgagtggaattacagcaacatgatccatgccacccagaccatcttctcctactgc
gtgtcagcctttcagaacacagagttttctggcaacaagatcctcggggtcctgttcctg
tcatctttcatgttggtgatgatttgtatcttcatcaacttgtttcaggtagtgattctg
tctgcctatgacgagatgaagcagcctgtgtatgaggagccgtctgacgaggccgaggct
gtaacctatctgtgcgacagtctaaagtctgggtttgactttctcacctccggacctcaa
gacaaagaccaatctgacttctttgaagacatgctgtatgggcagccggagaagaatact
cgtcggttcttggggctgaaggccagaaatatcaacgggaagaaaatgatttatctggtt
gtctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (17)   

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