KEGG   Rattus norvegicus (rat): 681377
Entry
681377            CDS       T01003                                 
Symbol
Rp1
Name
(RefSeq) oxygen-regulated protein 1
  KO
K19538  retinitis pigmentosa 1
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:rno03037]
    681377 (Rp1)
   04812 Cytoskeleton proteins [BR:rno04812]
    681377 (Rp1)
Cilium and associated proteins [BR:rno03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   681377 (Rp1)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     681377 (Rp1)
SSDB
Motif
Pfam: DCX DUF4275
Other DBs
NCBI-GeneID: 681377
NCBI-ProteinID: NP_001182605
RGD: 1596713
Ensembl: ENSRNOG00000008807
UniProt: D4ABP8 A6JFK0
Position
5:19918728..20380811
AA seq 2125 aa
MSETPSTSFSMIRLTSSEGQVPSRHSNVTHPTVAKRISFYKSGDPQFGGVRVVVNPRSFK
TFDALLDNLSRKVPLPFGVRNISTPRGRHSITKLEELEDGESYVCSHNKKVLPVDLDKAR
RRPRPWLSSRSISTHVKLRSATATMPTTAPGLFRAPRRLVVFRNGDPKTRRVVLLSRRIT
QSFEAFLQYLTQVMQYPVAKLYATDGRKVPSLQAVILSSGAVVAAGREPFKPGNYDIQKY
LLPVKLPGISHRVHRKGKAKIEKRKMSTHSVPRPQTDSLASEKTYDCFSDFSVAPENYLA
LETHDSQTLSTYPSEDGVEKSIVFNQDGTMTVVMKVRFKIKEETVKWTTTVNRADLSNDD
EKSKISSYPGKTEDRSSSLKLVVPCSLSEDITDTTQQGSLTEEENTQMTEQQALSSSSAG
WENASMEVGIQGSQKQVKHFYRPPTPGPRRMRQKKSVIGTVTVVSETEVQEKQFSYREER
EVGEKSKYHMFTHSCSKMSSVSNKLVQISSDDERESALERTKESGPLKSHAINAGAIEIT
SQRVLKMCHNNALASTVPENSVVEEGTDDSAISGKATIKHFRTCGNANDSFSSTTADTTL
TSGNNCPNVRTISEVPSVGSPVLTTGLVNEFAHCGLTEHPGNGRQISSPFASKKKKKSQQ
RMITSKDKKKVIETKGIPNKVGKIHRAGTIAQVVLLQDSGGLDKEGRVREEELDTSPMVI
ESHDIFPKGNSKFSKNFHKNKLNTVQNPKTQKLLAKRKSRPLKIKSIGELRKQETGQEDK
VFLHSESKLCESNLEKQSLLHVFSSLEEDQKALHRSQSQVETVTENWKGMTKKSLVPKVN
DLHVTVRNQRKQKGVKLKSGATVSEQHIATRADPLASLKKPDLTEGIPHHSVKSYIQRWL
QNINPYPDFEHRKSAPLGQDRSNVVNYNSNGFPENNLPTTSSKGKSFLMESNKRKTKNAN
WKGNKNQETSKSLVVKDNGEQPNKHSCESQDESLYDSYLGPLHDNCTLSQTSINDPCTKS
HLSTEKSRPEVKLVYQEMNFSTKRQTLEVAIQVDTMGENVPKDLLALLLQHLEAFIPNNQ
KHQNGISQLPGSLAEVVFPSAIYNSSTNLLLAWLLVLNLKRNMNSFCQSDAPKTTSRSSE
TAALLDVLKHVAITEEADDLKAAVANLVESTKTCSGPSGREQDTAPANCIAASLHSVDKC
KENKSTQKSLLDEGYSVRGDCGPELCVLEMVSKSNNTPSEGHTVSMTYPPKGVNNQNDAL
FTSNDSSTMSQRSTHNASFLGEACLLTDSLCSHKACAQKDNIYEAACLSDETHIPIRDCK
TIEFVNSKENKCTDNLELTEEIKTVDKVPKDLNILADSIDKNESDISTSSQNVNKLSSQG
IFLSKTHLDSDKDYSPLEEFQNCPPKKIVNKKKSVSSDKEDSRTSEEPRSITNSVTSSER
NATSELESFEESESQDTGIFNMKVRTEEKAAKESMQKESEARMSLELINISGRNIIEQGR
RNTAFLETTGRGQVTPPSLVFCYDSNKNTEKEMSVGETKMRVKKIVDSMENESYTDSSLN
CNKQHRSPGTLDWSDYGSDSESRYPCKALSYEHSDDTGQEREYPRGIVRRAIEKLYGKAE
IIKPPFFHGSIHKSQVCPYNPVEVPCVKKTHFYESECQSLVSSEQVSRSSLMLQEFQEER
QSEVDANGMGDSFGDSSIEKVTKPSEHGRVFMEKEKGKLIDNGKWLLRENHLWRVSLDNP
GMYGNADTTSVDTLMDKNSIEVPYSHFGELAPGPTMAELSSSEIEEMTQPLEVKCNYFNF
PHGSDSEPFGEDFLDAQNTNCPKEKIPNHHKEEKRNSPSERTCTPVTQTFASAGNKVHPV
CSDVIKTQPLPGSSITHGALQEGDSLDKLYALCGQHCPILTVIIQPVNEEDRGFAYRKDS
DIENSLGFQLWMEIYPFLLQSKKNMFTSESRKVNVGKQFTDNAIGNLCDRLYFKNMIDLV
DKRANSLREEVNLNKVQLYLKKRFSDLLPSSSLVVWDMNSVSLTPSNWTDNFKSVDENNF
INRFQNSRKNPNQVVREENSCQFHWELFGQVYLLDICQVEKSLHIKTRSKLEIYYILGGE
VLFIWEEENQLNIIDIESPNDQNDL
NT seq 6378 nt   +upstreamnt  +downstreamnt
atgagtgagacaccttctactagtttctccatgattcgtctgacttcttctgaaggtcaa
gttccttctcgccattcaaatgtcactcatcccacagtggctaaacgcatcagtttctat
aagagcggagatccccagtttggtggtgttagggtggtggtcaaccctcgttcctttaag
acttttgatgccctgctagacaatttatccaggaaagtgcccttgccctttggggtgagg
aatatcagcacgccccgtggacggcacagcatcaccaagctagaggagctagaggacggc
gagtcttatgtatgctcccacaataagaaggtgcttccggttgacctggacaaggcccgc
aggcgccctcggccctggctcagtagtcgctctataagcacacatgtgaagctccgctct
gctactgccactatgcccaccaccgctcctggcttgtttcgtgccccaaggaggcttgtg
gtctttcggaacggtgacccaaagaccaggcgtgtggtccttcttagccggaggatcact
cagagcttcgaagcctttctacagtacctgacacaggtcatgcagtatcctgtggcaaag
ctgtatgccacagacggaagaaaagttcctagtctccaagcagtgatactgagctctgga
gctgtggtggcagccggaagggagccattcaaaccaggaaattacgacatccaaaaatac
ttgcttcctgtcaagttaccaggaatctctcatcgcgtgcaccggaagggaaaagccaag
atagaaaaaagaaagatgagcacacattcagtcccaagaccccagactgattccctggcc
tcagagaaaacatatgattgcttttcagacttttctgtagcccctgagaattacctggcc
ttagagacacatgattctcagactctatcaacatatccttctgaagatggtgttgagaaa
tcgatagtttttaatcaagatggtactatgacggtcgtgatgaaagttcgattcaagata
aaagaagaaactgttaagtggacaaccactgtcaatagagctgatctttctaatgatgat
gaaaagagtaagataagtagctatcctggtaaaacagaagatcgatcgtctagtttaaag
cttgtggtgccatgctcattgtctgaagacatcacagacaccactcagcagggcagtttg
acagaggaagaaaatactcaaatgacagaacagcaggctctgtcaagtagctctgctggc
tgggagaatgcctccatggaggtaggcattcagggaagccagaaacaagtgaaacacttt
tatagacccccaacccctggaccaaggagaatgagacaaaagaaatctgtgatagggact
gtcaccgtagtatctgaaacagaggttcaagaaaagcagttttcttatagggaagaaaga
gaggttggagaaaaatccaagtaccacatgtttacacattcttgcagcaaaatgtcctca
gtatctaataaactcgttcagatcagtagcgatgatgagagggagtcagcattagaaaga
acaaaggaaagtggaccgctcaagtcacatgccataaatgctggtgctatagaaattaca
agtcagagggtcttaaagatgtgccataacaatgctttagcgtcaactgtaccagagaac
tcagttgtggaagaaggcacagatgacagtgccatatcaggcaaagccactatcaagcac
ttcagaacttgtggtaatgccaatgacagcttcagttctactacagcagatacaactctt
acctcaggtaacaactgtccaaatgtcaggactatttctgaggttccttctgtaggatct
cctgtgctcaccacaggacttgttaatgaatttgctcattgtggtttaacagaacatcca
ggaaatggaaggcagatttcatccccttttgccagcaaaaaaaagaagaaatctcagcag
cgaatgataacttccaaggataagaaaaaagtgattgaaaccaaaggaatccctaacaaa
gttgggaaaatacacagagcaggaacaattgcacaggtggtactattgcaagattcgggt
ggtctggataaagaagggagagttcgtgaggaggaacttgacacaagtcctatggtaatt
gaatcacatgatattttccccaaaggtaattccaaattttccaagaatttccataaaaac
aaattaaatactgttcaaaatcctaagactcaaaaacttttagctaaaagaaaatcaaga
ccactaaagattaaaagcataggtgaactcagaaaacaagagactggtcaagaagataaa
gtatttctccatagcgaatctaaactttgtgaaagtaatttggaaaaacaaagtttactt
catgtgtttagtagtcttgaggaagaccagaaagctttgcatagatcacagtcacaagtg
gagacagtaactgaaaattggaaaggaatgacaaaaaagagtttagtcccaaaagttaat
gatctacacgtaactgtaagaaaccagagaaaacaaaagggagttaaattaaagtcaggt
gctacagtaagtgaacagcatattgcaaccagggcggatcccttagcatctttgaaaaaa
cctgatttaaccgagggtattccccatcactcagttaagagctatatacagcgatggttg
cagaacataaatccatatccagattttgagcacagaaagtcagctccactaggccaagat
agaagtaatgtggtaaattataacagtaatggttttccggaaaataatctgcctacaact
tcttcaaaaggaaagagttttttaatggaaagtaataagcgcaaaactaaaaatgccaat
tggaaaggcaataaaaatcaagagacaagtaaatctcttgttgttaaagataatggtgaa
cagcctaataaacattcctgtgagagccaagatgagtctctgtatgattcttacttgggt
cctttgcatgacaattgtactttgtcacagaccagtataaacgatccttgtactaaaagt
catttatctactgaaaagtcaagaccagaagtgaagcttgtttaccaagaaatgaacttt
tccacaaaaaggcaaactcttgaggttgccattcaggtagacactatgggagagaatgtt
ccaaaagacttactagctctgttgctccagcacctggaagcttttattcctaataatcag
aagcatcaaaatggaatttctcaactaccaggttcattagcagaggttgtcttcccttct
gcaatatataattcatccacaaatctccttctggcttggcttttggtactaaacctaaag
agaaatatgaatagcttctgtcaaagcgatgctcctaagacgaccagcagatcttcagaa
acggctgcactgttggatgttctgaagcacgtcgccatcacagaggaagccgatgacttg
aaggccgctgttgccaacttagtggaatcaaccaaaacttgcagtggacccagcgggaga
gaacaagatacggcaccagcaaattgtatagcagccagccttcacagtgtggacaagtgt
aaggaaaacaagagtacccagaagagcctattggatgaaggctactctgtcaggggggac
tgtggccccgagctctgtgttttagaaatggttagcaagtcaaacaacactccaagtgag
gggcatactgtaagcatgacttatcctccaaaaggggtaaataaccaaaatgatgccctt
ttcactagtaatgatagttctactatgagccagcgttccacacacaatgcttctttccta
ggagaggcctgtttacttacagatagtttgtgttcccataaggcttgtgcccagaaggac
aacatctatgaggcagcttgcttgagtgatgagactcacattcccatcagagactgcaaa
acaattgagttcgtgaattcaaaagaaaacaaatgcactgacaatctggaattaactgaa
gaaatcaaaactgttgacaaagttccaaaagacctaaatattttggcagattctatagat
aaaaatgaatctgatatatcaacttcatcccaaaatgtcaataagttaagttcccaaggt
attttcctaagcaaaactcatctagattctgacaaggactatagtcctctagaagaattt
caaaattgcccacctaagaaaattgtgaataaaaagaaatctgtttcttctgataaggaa
gattcaaggacttctgaagaaccaaggtcaataaccaatagtgtgacatcaagtgaaaga
aatgccacttcagaattagaatcttttgaagaatcagaaagtcaagacacaggtatcttc
aatatgaaggtaaggactgaagaaaaagctgccaaggagtcaatgcaaaaagaatcagaa
gctaggatgagtttggaattgataaacatatcagggaggaatattatagaacagggaaga
agaaatactgcatttctggagacaacaggtagggggcaggtgacaccaccatctttagtt
ttttgctatgattctaataaaaacactgaaaaagagatgagtgtaggagaaactaagatg
agagttaagaagatagtagacagcatggaaaatgaaagttacacagactcttcacttaat
tgtaacaaacagcacagaagtccagggaccttagattggtcagattatggatcagacagt
gagagccgatatccttgtaaagcattgagctatgagcacagtgatgacaccggccaagag
agagagtaccctagaggaattgtgagaagggcaatagaaaagctttatggcaaagcagag
attatcaaaccaccatttttccatgggtctatacacaaatctcaagtttgtccttataat
cctgtggaagttccgtgtgttaagaaaacacatttttatgagtctgaatgtcagtcactg
gtctcttctgaacaggtatctagaagttcactcatgttgcaggaattccaggaggaaaga
caatctgaggttgatgccaatggcatgggagacagttttggggacagcagcatagaaaag
gttacaaaaccaagtgagcatggcagggtctttatggaaaaagagaagggaaaactgatt
gacaatggcaaatggctcctgagagaaaatcatttgtggagggtgtcactggacaatcct
ggcatgtatggcaatgcagacaccacatcagtggatacactaatggataagaatagcatt
gaggtgccatattcacatttcggagagttggctcctggtccaacaatggctgaattgtcc
tcttcagaaatagaggaaatgactcaaccccttgaagtgaaatgcaattattttaacttt
cctcatggtagtgactctgagccttttggtgaagattttctagatgcacagaatacaaac
tgccccaaagagaaaatacccaaccatcacaaagaggagaagcgtaattctccatctgaa
agaacatgtacgcctgttactcaaacctttgcttctgctggtaataaagtccaccctgtc
tgcagtgatgttattaaaactcagccattacctggaagtagtataactcatggcgcactt
caggaaggcgactctttggataaactctatgctctttgtggtcaacattgtccgatacta
actgttattattcaacctgtaaatgaggaagaccgaggatttgcttatcgaaaagattcc
gatattgaaaattctttgggttttcagttatggatggaaatatatccatttctgctacag
tcaaagaaaaacatgttcacaagtgagagcaggaaagtgaatgtgggcaaacaatttact
gataatgccattggtaatctgtgtgatcgactttatttcaaaaacatgattgacttggtg
gataaaagagctaactctttgagggaggaagttaatttgaacaaagttcaattatattta
aagaaaaggttttcagatcttttgccttcatcgtcactagtggtgtgggatatgaattct
gtttcactaacccccagcaactggacagataacttcaaaagtgttgatgagaacaacttc
attaacagattccagaactcaagaaaaaatcccaaccaagtagtaagagaagaaaacagt
tgtcaattccattgggagctgtttggtcaagtttacttgttagatatttgccaagttgag
aaatccttacatatcaaaaccagaagtaaattagaaatatattacattttagggggtgaa
gttcttttcatttgggaagaagaaaatcaattaaatataatagatattgaaagccctaat
gatcagaatgatttataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (14)   
   UniProt (2)   
   RefSeq(pep) (12)   
DNA sequence (16)   
   RefSeq(nuc) (12)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (42)   

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