KEGG   Homo sapiens (human): 10343
Entry
10343             CDS       T01001                                 
Symbol
PKDREJ
Name
(RefSeq) polycystin family receptor for egg jelly
  KO
K19921  polycystic kidney disease and receptor for egg jelly-related protein
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hsa04131]
    10343 (PKDREJ)
Membrane trafficking [BR:hsa04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Acrosomal exocytosis proteins
    10343 (PKDREJ)
SSDB
Motif
Pfam: REJ PKD_channel Polycystin_dom PLAT Ion_trans HsbA
Other DBs
NCBI-GeneID: 10343
NCBI-ProteinID: NP_006062
OMIM: 604670
HGNC: 9015
Ensembl: ENSG00000130943
UniProt: Q9NTG1
Position
22:complement(46255663..46263343)
AA seq 2253 aa
MRPGPALLLLGVGLSLSVGRLPLPPVPRGAQAAVSGAPGGLLRGAPGLGVRGGRALLSLR
PSAVRAGGAVLSGRGSLCFPHGGTGRRWYCLDLRVLLSAQRLPWPAAPALALVDLQLSAR
GGRLSLTWSVRLPRSPGRLAWAFRLRLLGPGAARPASPAARVSPRSAAPGPRPQQGFVAR
TECPTDGPARVMLQAVNSSSHRAVESSVSCQINACVIQRVRINTDQKGAPVRLSMQAEAT
INASVQLDCPAARAIAQYWQVFSVPAVGQAPDWTQPLDLPQLEIRNSPLFIHIPNNSLQW
GVYVFNFTVSITTGNPKMPEVKDSDAVYVWIVRSSLQAVMLGDANITANFTEQLILDGST
SSDPDADSPLQGLQFFWYCTTDPRNYGGDRIILGSKEVCHPEQANLKWPWASGPVLTLLP
ETLKGDHVYFFRMVIRKDSRTAFSDKRVHVLQGPKAIAHITCIENCERNFIVSDRFSLFL
NCTNCASRDFYKWSILSSSGGEMLFDWMGETVTGRNGAYLSIKAFAFRHFLEAEFSISLY
LACWSGVTSVFRHSFIINHGPQIGECKINPAKGIALITKFVVQCSNFRDKHVPLTYKIIV
SDLHSVGEISSVKENTLGTILYLGPQSTVPPSFLPVGMLASQYGLKIYAQVYDSLGAFSQ
VTLHATAQAPTDKNSSKTVLNQLLSFTVGPSSLLSTLIQKKDFLPAGYLLYIVASVLNNM
KTELPLRDDRVNLRKHLIDQSFLLPVSTLVEIGQVVMTITKLTQKPSEFTWDAQKRATMR
VWQANQALQEYQQKDKRFRSEQIEIVSTGILMSLSNILKMTSPHQVVKDPFYVIESLSDT
ILANKVPGNKTTSMRTPNFNMYVKKVEKWGINQLFRNEKHCRNCFYPTLNVSSVPGLSAN
GPISTMFCDFTNDLFPWLNDQENTSVEVSGFRMTGVADNGSVLEITPDVAEVYLVRKNLT
FAAFNLTVGPNSEVDGSLKKTTGGFSFQVDSTVLREVLVHIVTEVMVLFTVLVYTGSQIT
PTALVATFLVPHDIPPFASQSALFDPACTVKKARVVCLPVSLLQLIAQHSHSPHCTVSIV
LQAPRFVMKLNDKLVRISIFSVQCLDMYGIQSEWREGYCILGEKTSWYEVHCICKNVVRA
RRQLGTIGLTGIHLHTHYVMAKVIVIPNPVDLRLNIIKSLHQNPVTLFTVLFIILLYVGL
AFWALYRDEMDQHLRGHVIVLPDNDPYDNLCYLVTIFTGSRWGSGTRANVFVQLRGTVST
SDVHCLSHPHFTTLYRGSINTFLLTTKSDLGDIHSIRVWHNNEGRSPSWYLSRIKVENLF
SRHIWLFICQKWLSVDTTLDRTFHVTHPDERLTRKDFFFIDVSSNLRKNHMWFSIFASVV
AKTFNRLQRLSCCLAMLLSSLLCNIMFFNLNRQEQTESRERKYMRSMMIGIESVLITIPV
QLLITFLFTCSQRKPQADLKEVSPQKHPLMSEASEHWEEYLRKWHAYETAKVHPREVAKP
ASKGKPRLPKASPKATSKPKHRHRKAQIKTPETLGPNTNSNNNIEDDQDVHSEQHPSQKD
LQQLKKKPRIVLPWWCVYVAWFLVFATSSISSFFIVFYGLTYGYDKSIEWLFASFCSFCQ
SVLLVQPSKIILLSGFRTNKPKYCKNLSWSTKYKYTEIRLDGMRMHPEEMQRIHDQIVRI
RGTRMYQPLTEDEIRIFKRKKRIKRRALLFLSYILTHFIFLALLLILIVLLRHTDCFYYN
QFIRDRFSMDLATVTKLEDIYRWLNSVLLPLLHNDLNPTFLPESSSKILGLPLMRQVRAK
SSEKMCLPAEKFVQNSIRREIHCHPKYGIDPEDTKNYSGFWNEVDKQAIDESTNGFTYKP
QGTQWLYYSYGLLHTYGSGGYALYFFPEQQRFNSTLRLKELQESNWLDEKTWAVVLELTT
FNPDINLFCSISVIFEVSQLGVVNTSISLHSFSLADFDRKASAEIYLYVAILIFFLAYVV
DEGCIIMQERASYVRSVYNLLNFALKCIFTVLIVLFLRKHFLATGIIRFYLSNPEDFIPF
HAVSQVDHIMRIILGFLLFLTILKTLRYSRFFYDVRLAQRAIQAALPGICHMAFVVSVYF
FVYMAFGYLVFGQHEWNYSNLIHSTQTVFSYCVSAFQNTEFSNNRILGVLFLSSFMLVMI
CVLINLFQAVILSAYEEMKQPVYEEPSDEVEAMTYLCRKLRTMFSFLTSQSKAKDEPEFF
IDMLYGQPEKNSHRYLGLKTRNINGKKMVYLVV
NT seq 6762 nt   +upstreamnt  +downstreamnt
atgaggcctgggcccgctctcctccttctgggcgtgggcctgagcctgagcgtcggccgc
ctcccgctgccgccggttcctcgcggggcacaagccgccgtctccggggcgcccggtggc
ctcctcaggggcgccccgggcctcggggtgcgcggcggccgcgccctcctcagtctgcgg
cccagcgcggtgcgggcgggcggcgctgtcctgagcggccgcggcagcctctgcttcccc
catggcgggaccgggcggcgctggtactgcctcgacttgcgcgtcctgctcagcgcccaa
cgcctgccctggccggccgcgcccgcgctcgcgctcgtcgacctgcagctctccgcgcgc
ggcggccgcctctccctgacgtggtccgtgcggctgccgcgctcgcccgggcgcctggcc
tgggccttccgcctgcggctgctcggacccggcgccgcccgcccggcctcccccgcggcc
cgcgtctccccgcgctccgccgcgccaggcccgcggccccagcagggcttcgtggcccgc
accgagtgccccacagacggccccgcgcgcgtgatgttgcaggccgtcaactcgtccagc
cacagagccgtcgagtcgtccgtgtcctgtcagataaacgcctgcgtcatccagcgcgtg
aggatcaacacggaccagaagggcgcccccgtgcgcctgagcatgcaggcggaggccacc
atcaacgcctcggtgcagctggactgcccggccgcgcgcgccatcgcccagtactggcag
gtgttctccgtgcccgccgtgggtcaggcgcccgactggacgcagcccttggatctgccc
cagctcgagatcaggaacagccccttgttcattcacatccccaataattcgttacagtgg
ggagtgtatgtgtttaatttcacggtgtccatcaccacagggaaccccaagatgcccgag
gtgaaagactcggacgccgtctatgtctggatcgtcaggagttccctgcaggcggtgatg
cttggcgatgccaacataacagctaatttcacagagcagctgattctggacgggtccacg
tcctcggacccagatgcggacagcccgttacagggactccagttcttttggtactgtacc
acagatcccagaaactacggtggggatcgaataatcctggggagcaaggaagtctgtcac
cccgagcaggccaatctgaaatggccctgggcctcgggccctgtactgacacttttgcca
gaaacacttaaaggcgaccacgtgtatttcttcagaatggtgattcggaaggactctagg
acagcgttttctgataagagggtccacgtgctccaaggaccaaaagccatagcacacatc
acatgtatcgaaaattgtgagagaaacttcattgtctctgatagattttctttgttccta
aattgcacaaattgtgcaagccgtgatttctataaatggtcaattttgtcttcttcaggt
ggtgagatgctatttgattggatgggggaaactgtaacaggaaggaatggtgcttatctg
tctataaaagcttttgcttttcggcattttttggaagctgagttttcgatttctctgtat
ctagcatgttggagtggagtgacctcggtcttcaggcattcttttattattaaccatggc
cctcagatcggagaatgcaaaattaatccagctaaaggaattgcacttattactaaattt
gttgtccagtgtagtaattttagggataagcacgtccctcttacatataaaataattgtt
tctgatttgcacagtgttggtgaaatcagttcagtaaaagagaacaccctggggaccatc
ctgtacttggggcctcagtccacagtacccccttcctttctccctgttggtatgttggct
agtcaatatggcttgaagatatatgcccaggtctatgattctctaggagctttttctcag
gtgactttgcatgccaccgcacaggctcccactgacaaaaattcatcaaagacagtgttg
aatcagttactcagtttcaccgtgggaccaagttcattgctgtctactttgattcaaaag
aaggattttttacctgcaggttacttactgtatatagtagcttccgttttgaataacatg
aaaactgaattacctctccgagatgacagagtcaatctccgaaaacacctcatcgatcag
tctttccttcttcctgtaagcactttggtagaaattggccaggtagtcatgactattacc
aaattaacccagaaaccctctgaattcacttgggatgctcagaaacgtgccaccatgagg
gtatggcaagcaaatcaagccctacaagagtatcagcaaaaagataaacgctttcgatct
gaacaaatagaaatcgtgagtactggaatactaatgagtttgtctaatattcttaaaatg
acttctcctcaccaagtagttaaagatcctttctatgtaatagaatctctatcagacaca
atactggctaataaagtgccagggaacaaaaccacctcaatgagaacccccaatttcaac
atgtatgtcaagaaagttgaaaagtggggtatcaaccagctcttcagaaatgagaaacac
tgcagaaattgtttttatccaacactcaatgtgagcagtgttcctggtctgtctgcaaat
ggtcccatttctacaatgttttgtgatttcacaaatgacctctttccttggttaaatgat
caggaaaacacttcggtggaggtgtctggattcagaatgacaggagttgcagataacggt
agtgtgctagagatcacacctgatgtagcggaagtgtaccttgtcaggaaaaacttgacc
tttgcagcttttaatctcacagtgggacccaacagcgaggttgatgggtccttgaagaag
acgacaggtgggtttagctttcaagtggacagcacagtgcttagggaggttctggtccac
atagtaacagaagtgatggtgctgttcacagtgttggtgtacacaggcagtcagatcact
cccacagcgctggtcgccaccttcctggtgcctcatgacatccctccatttgccagccag
agtgccctgtttgacccagcctgcacagtgaagaaggcccgtgtagtctgcctccctgtg
tccctgctgcaactcatagctcagcacagccactctccccactgtactgtatccatagtt
ctgcaggcacctcgttttgtcatgaagctcaatgacaagctagtgagaatttctattttc
agcgtccagtgcttggacatgtatgggatccagagtgaatggagagagggttattgcatt
cttggtgagaagaccagctggtatgaggtgcactgcatctgcaagaatgtagtaagggct
aggcggcagctgggcacaatcggactcacgggcattcacctgcatacccactatgtgatg
gccaaggtgattgtgatccctaatcctgtggatctacggttaaacatcatcaagagcctt
caccaaaaccccgtgaccctcttcactgtgcttttcattattctcttatacgtgggccta
gctttttgggctttatacagggatgaaatggaccagcatcttcgggggcatgtgatagtt
ctaccagataatgatccttatgataatttatgctacttggtgactatttttacaggaagt
cgttgggggtctgggaccagggccaatgtctttgtgcaacttagaggaactgtgagtacc
agcgacgtgcattgtttaagccatccacatttcacaactctctaccgaggtagcatcaac
actttcctcctaacgacaaaaagtgacttgggggacatccattccatccgtgtgtggcac
aacaacgagggtcgatcgcctagctggtatttaagtagaatcaaagtggaaaatctgttt
agcaggcacatttggctgttcatatgccagaaatggctttctgttgataccactttggac
agaacatttcacgttacccatccagatgagcgtctgactagaaaagactttttctttata
gatgtgagtagtaatctccggaaaaaccacatgtggttctctatttttgctagtgttgtt
gctaaaacattcaataggctccagagattgtcctgttgtttagcaatgttgcttagctct
cttctttgtaacattatgttctttaatctaaatagacaagaacaaactgagtcaagagag
aggaaatacatgagatcaatgatgataggaattgaaagtgtcttaattacaatccctgtg
caattattaataacttttttgttcacctgttcccagaggaaacctcaagcggatctaaag
gaggtatctcctcaaaagcatcctctaatgtcagaagcaagtgagcactgggaagaatac
ttgagaaagtggcatgcttacgaaactgctaaggtgcaccccagggaggttgcaaaacct
gcatctaaaggaaagcccaggcttccaaaggcttctcctaaggcaacctccaaacccaag
cacaggcataggaaagcacaaatcaagaccccggagaccctcgggccaaatacaaattcc
aataacaacatagaagatgatcaggatgtccattccgaacagcacccttcccaaaaggat
ctccagcagcttaagaaaaagccccggatcgtcctaccttggtggtgtgtttatgttgca
tggtttttggtttttgctacttctagcatatcctcattcttcattgtattttatggactg
acttacggctatgacaagtcaatagaatggctctttgcatctttttgttcattctgtcag
tcagttcttctggtgcagccatctaaaattatactcctgtcaggcttcagaacgaataaa
cccaagtattgcaaaaacctttcatggtcaaccaagtataaatatactgagatcaggttg
gatggaatgcgtatgcatccagaagaaatgcagaggatacatgaccagatcgtccgaatc
cgaggcacgaggatgtaccaaccccttacagaagatgaaatcagaatattcaaaagaaag
aagaggatcaagagaagagcactcctgtttctgagttacattctaactcactttatcttt
ctagcccttctgttgatccttatcgtcttactacgtcacactgactgcttttactataac
cagtttattcgtgatcggttctctatggatcttgctactgtgactaagctggaagacatc
tatagatggctaaacagcgtgctgttgcctttgttacacaatgacctgaatccaacattt
cttcctgaaagctcgtctaaaatccttggccttccattgatgaggcaagtgagagcaaaa
tctagtgaaaaaatgtgtctacctgccgaaaagtttgtgcaaaacagcatcagaagagaa
attcattgtcaccccaaatatggcattgacccagaagacacaaaaaactattctggcttt
tggaatgaagttgataagcaggctatagatgagagtaccaatggatttacttataagcct
caaggaacgcaatggctatattattcctatggactactacacacctatggatctggagga
tatgcactctatttttttccagaacagcagcggtttaattccacactgaggctcaaagaa
cttcaagaaagcaattggctggatgagaagacatgggctgtggttttggaattaacaact
tttaatccagatataaatctgttctgtagcatttcggtcatatttgaagtctctcagtta
ggagttgtcaacacaagcatatctctgcactctttttcacttgctgattttgacagaaaa
gcttcagcagaaatctacttgtatgtggccattctcatttttttcttagcctacgttgtt
gatgagggttgtatcattatgcaagaaagagcctcctatgtgagaagtgtgtataatttg
ctcaactttgctttaaagtgcatatttactgtgttgattgtgctctttctcaggaaacat
ttcctggccactggcataattcggttttacttgtcgaacccagaagacttcattcccttt
catgcagtttctcaggtagatcacattatgaggataattttgggtttcctgttatttctg
acaattttgaagaccctcaggtattccagattcttctacgatgtgcgcctggctcagagg
gccatccaggctgccctccctggcatctgccacatggcatttgttgtgtccgtgtatttc
ttcgtatacatggcttttggttacctggtgtttggtcagcatgaatggaactacagtaac
ttgattcattccactcagacagtattttcctattgtgtctcagctttccagaacactgaa
ttttccaataacaggattctgggggtcctgttcctctcatctttcatgctggtgatgatc
tgcgtcttgatcaacttatttcaggctgtaattctgtctgcatatgaggaaatgaagcag
cccgtgtatgaggagccatcggatgaagtggaagcaatgacctatttgtgccgtaagctg
agaaccatgttcagctttctgacctcgcaatctaaggccaaagatgagcctgagttcttt
attgacatgctgtatgggcagccagagaagaacagccaccgttatctggggctgaagacc
agaaacatcaacgggaagaaaatggtttaccttgttgtttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (6)   
   Pfam (6)   
All databases (83)   

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