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Olfactory Receptors Database
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Data
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Chemosensory Receptors
Name
VNR46
Description
CR Type
VNR (Vomeronasal Receptors)
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Organism
Fugu rubripes
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Source Tissue
Chromosome
Genbank
AB008861
link
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PubMed
9560249
link
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Strain
Common Name
Ca13
Source
GENBANK
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Sequence Lab
BRENNER_S
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Length
Full-Length
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Ligand
Nucleotides
GATCCAAACTTG CGACAGGGATTT GTGCCAGTATAT CAACGCCAGAAC GGCGTCTGGTAT TTGACAGTTAAG GCTGTGCAGTTG TGGGAGAAAGTA GATGCTTTTTAA CTGTTTGCTCTA GAATTTGTGGAC ACTTTTAGTCTT AATGGATGTATA ATCAATTTCCTA ATTTCTCTTGAA TCTGGCATATTG CAAACATTTGTT GATCACCACAAA CACACACACACA CACACACGCACA CACACACACACA CACACACACACA CATACACACACA CTACAAATCTAC GAACTTGAGCTG CAGCAGTGGGTG CACACGTTTGTA TTGGGCTGTGAG TCTGTTCACAGA ATGAGTTGGATG GGATGGATTCCC TCACAAAGAGGT GTACAACTTCTC TGCCTTCTGTGC TGCATGATAATT CCTGTTGTCATT GCCCTCCTGGAT CAGAGCCAACAT TGCAGGGTCATC CCGGGCTCCATG TCCCTGCCAGTG CTGGAGAAGAGG GGGGACATCATT TTAGGCGGTCTC TTCTCTCTTCAC GACATGGTGGTA GAGCCAAATCTG CCCTTCACCTCT ACACCACCACCC ACTCAGTGCACT AGGTAAGGTACA ATAATCCCTTCT ACACTTTTATTC ATGTGTAAATTT TAAGTTTTTTGC TGTAAATATAGC AGTATGCACAAT TCCTTGTCTCTT ACTGACAAGTCA GCATCCTGTTTT TCATTTCTTCTT CCCAGATTCAGT TTTCGGACATTC CGTTGGATGCAA ACCATGATCTTT GCCGTCGAGGAG ATCAACAGAAAT GCCGAAATCCTT CCCAATATCACA CTGGGCTACAAG ATCTACGACTCG TGCAGCACGCCC CATCAGAGTTTG AAGGCTGCCATC GATTTAATGGGG AGTGAGAAAGAT TCCCAGTTTGAG GGAAAGTTGCAG AGGGAAGGCTGC GATGGGAACGTG CCGGCCGTCATC GGAGACGGAGGA TCTACTCAGTCT CTCGTCGTGGCC CGTTTCCTTGGG GTCTTTCATGTA CCGCAGGTATCT CGCATTGCTGAT GCTTCAAAGGGA ACTCTTCTCTCA TGCTAGAAATCA TTTGTTTGCTAG GGTTCACTTAAA AGCAATTATCAC TTATTTTTGGTC GTGTCAGGTCAG TTATTTTTCCAG CTGTGCCTGTCT CAGCGACAAAAC GCAGTTCCCAGC CTTTTTAAGGAC GATGCCCAGCGA TCTCTTTCAGGT TTGAGGCAGCAG CCTTAAAACTTT TTTTTTTAAATT TAAAGCTATGAG AGAACCTTCATC TCCTTCATTTCT AGGTGGGTGCCC TTGTACAGCTCG TCAAGTATTTCG GCTGGACTTGGG TCGGAGTGATTG CAGGAGACGACG CTTACGGCCGTG GCGGAGCGGCCA TATTCGCTAATG AGGTAGTAATGA GAACAAATGGAC ATTTCAATGCTT TATTGAGCATCG TGCGGGCACTGA AAATTAGGATTA ATGGCATGTCTT CTATCTGGGGTA GGTGAGAAGGCT CGGGGCTTGCAT TGCTCTCTATGA GATGATCCCCAA GACACAATCACA GGCTGCCATTTC ATCTATCATTTC CAACATCCGCTC TTCCGGGGCTCG TGTAGTTCTGGT GTTTGCTGTTGA GCAAGACGTGGC CAGGTTGTTCGA TGAGGCAGTCAG GTATGGCACCTG TGTATCCGCAAA CGTACAAAAACA ACTCTAAGCTAT TTAGCTTCTCCT AAATATAGACAG AAGCTGACTGGG ATTCAGTGGTTA GCCAGTGAGGCG TGGAGCACAGCT GCCATCCTCTCC ACCCCTAAAAGG TACCACCACATC CTGCAGGGGTCT ATGGGATTTGCT ATTCGGAGAGCG GACATCCCTGGA CTGCAAGACTTC CTCCTTCGCTTG CATCCCTCGAGC GCCGAGGCTGAT GACGATCCTTTC CTGATCCCATTC TGGGAGGAGGTG TTTCAGTGTAGC CTGGATCCGCAC GGCCACTCTGAG GCTAAACGTCCC TGCTCTGGGACA GAGGAGCTTAGG AGCGTGAAGAAC ATCTATTCTGAT GTATCACAGCTT AGGATTTCCTAC AATGTCTACAAG GCGGTTTATGCC CTTGCCTACGCC ATCAAAGCCATG AGAAGTTGTGAA AAAGGAAGTGGG CCATTTTCTCAA CAAGCCTGCCCT GATTTAGACAAT ATCCACCCGTGG CAGGTATGCAAT TAACAAAATTCC ATGTGCAGAATG ACTTGTGATGTT GGAATCGAATCT TCCGCTCTTTTT TCGCAGCTTCAC CACTACATAAAA CAAGTGAACTAC ACGAACAGATTC GGCGATGAGATT AAATTTGATGAA AACGGGGATCCC GCCGCCATGTAT GACTTGATTAAC TGGCAGCTGACG CCGGGCGGGGAC ATGGACTTCGTC ACCGTTGGGAAA TTTGATGACATA GCCGGGACCGGA AGGAAGAACCTC CACATTGAGGAA GAGAAGATCGTG TGGAATGGCAAC AACACCCAAGTA GGAGCTGTCAAT AAAATGCTTCAA CACTCACGGGTG ACTCAGAGATGT ATCCTTATGTGA CCGTGTGCTGTA CTCTAGTTTCCT CTTTTGCTCAGG TTCCCTTATCAG TATGCAGTAGCA TCTGTCCCCCGG GGACCCGCAAGG CAATCCGACCTA ATTACCCTATCT GCTGCCATGACT GTGTGGTTTGTA CAGCAGGGGAGA TTAGCAATCAAA CAGGTGAGAAGA GGAGGAGAATGG TCACAGTTTTAC TCTTCCAGACCT CTGTCCATAAGC CAGTGAAGTGGA TTTTTGATAAAA TGTTCCTTTACG TTTTCCTCTTTT TCTGCAGATGCC ATAGAATGTGCC CGCTGCCTGCCG GAGTTCTGGTCC AATGCTGACAGG ACAGCCTGTGTC CCCAAACAAGTG GAGTTCCTCTCC TTCGGTGACACA ATAGGCATTGCT CTGTTGGTTGTT TCCCTGATCGGC TCCTTCCTTACC TGCGCCGTGGCC CTCGTATTCTTC TATCACAGGACC TCCCCCATCGTC AGAGCCAACAAC TCTGACCTGAGC TTCCTGCTCCTC TTCTCTCTGACT CTGTGCTTCCTG TGCTCTCTGACC TTCATCAGCCCA CCCTCCCAGTGG TCCTGCATGCTG CGACACACAGCC TTCGGGATCACG TTTGTCCTCTGC ATCTCGTGCATT CTGGGGAAAACA ATTGTGGTCTTA ATGGCGTTCAGA GCCACACTTCCT GGTAGTGATGTG ATGAAATGGTTC GGACCAGGGAAG CAAAAGGCAATT ATCACTTTCAGC ACACTGGTCCAG GTAAGGGCTTCT TTTAAGTTGTCT CAAATTGTTACG GTTGCATGTATT GAATGTAACATT TCTGATCATTTC CTCTTTTGTTGC AGGTTGTTATTT GCACGGTGTGGC TGGTTGTTGCTC CTCCCACCCCAC GACAGTACATGC CACGTGAAAGTG CTATCATCATTC TCTTATGTGACG AAGGCTCAACCA TAGCCTTCTCCC TTGTTTTGGGAT ACATTGGCGTTC TGGCCTGTATGT GTTTCCTCCTAG CCTTCCTGGCGA GAAAACTGCCAG ACAATTTCAACG AGGCCAGACTAA TCGCCTTCAGCA TGCTCATTTTTT GTGCAGTCTGGG TGGCCTTTGTCC CAGCTTATATCA GCTCTCCAGGGA AATACTCCACGC TCACGGAAATCT TTGCCATCTTGG CCTCCAGTTACG GACTGCTGGGCT GCATCTTTGCAC CCAAGTGCTATA TAATTCTCATGA AGTCAGAAAAGA ACACAAGGAAAC ACTTGATGTCAA AAAGTGAAAGAT TTTAGAGATATA TTATTGCTTGCG TTGCTGTGGGTT TTGAAATGAAAT GGGGGGACAACT TTAAACGTCCGC GTCATGGATGAA GTGTCTCTTTTG GCCACCAGAGGG AAGTGTTGTGCT GCTCATGCAACA CTGGTTCACTGC TTATACTGGAAA AAGCACAAAAAG AACATGTATTGT TTCCACATACTA CAGTGTGTTCCC GATAAAACAGTA AAATATATGGTT AGCTTATAAATT CATATAGCAATC ATCCCATTAATA TATTGAAGTGCT CATTGTCATTAA AGTGCAATATTC TCAGTGACAGTG TGAAGGACAGCT TTTTTTTTATGA CAGTGGGATTTG GCAGCATTTTCA GTGCTGATATGG CTTGAGGTGGAA TGAGGCCCTGAG GTGTATTCTGTG GAAATCCCAGCT GTTAAATTAAAT CCATACACCCCG ACGGCCCTTTCA CATAAACATAAG GCCCTGGCTGAT TCCCTATAATAA CAAACTAAAACG ATATATTTCCCG CCCTCCACAGCT GCTCTCAGGACT GTATCGACCGCC TTCCGCCGATTG ATCTGTTGTCCC TCCCGAAGCTGA GGAGGGATTGGA AATTGAAAGATG GGGAGTCATCTC TGCTGTCCATCA GGAAATGGCATA TGAGCACAATCT ATTTACATTCAC TTCTTACCGTCA TTGTTCTTAAAT GTCCCACTACAG CCATCTGTGCCC TCCCCCTCTCCC CATCTCAAAAGG GATTATGACAAA GTGAATTTCCCT TCATAGCATGTC CATTTCAGGAGT CCTTCAGTGGCT TTGCTGTTGGTT TGATTTTAATTA AGGTGAACAGGA GAGTTCACCTCA GAGGGTTTAATC ATCGAGTATTAG AAACACAGTCAA AGAAAAGAGTAC AAAAGAGTCAAA TGGCTTTCAAAT AACAATTCACAG GAAACATATCAG CAGAAAGTAGAG AGTTAAACAAAG GCCACGACTTTT TTAGCACATTAA ACCCAATAGA
Amino Acids
MSWMGWIPSQRG VQLLCLLCCMII PVVIALLDQSQH CRVIPGSMSLPV LEKRGDIILGGL FSLHDMVVEPNL PFTSTPPPTQCT RFSFRTFRWMQT MIFAVEEINRNA EILPNITLGYKI YDSCSTPHQSLK AAIDLMGSEKDS QFEGKLQREGCD GNVPAVIGDGGS TQSLVVARFLGV FHVPQVSYFSSC ACLSDKTQFPAF LRTMPSDLFQVG ALVQLVKYFGWT WVGVIAGDDAYG RGGAAIFANEVR RLGACIALYEMI PKTQSQAAISSI ISNIRSSGARVV LVFAVEQDVARL FDEAVRQKLTGI QWLASEAWSTAA ILSTPKRYHHIL QGSMGFAIRRAD IPGLQDFLLRLH PSSAEADDDPFL IPFWEEVFQCSL DPHGHSEAKRPC SGTEELRSVKNI YSDVSQLRISYN VYKAVYALAYAI KAMRSCEKGSGP FSQQACPDLDNI HPWQLHHYIKQV NYTNRFGDEIKF DENGDPAAMYDL INWQLTPGGDMD FVTVGKFDDIAG TGRKNLHIEEEK IVWNGNNTQVPL SVCSSICPPGTR KAIRPNYPICCH DCVVCTAGEISN QTDAIECARCLP EFWSNADRTACV PKQVEFLSFGDT IGIALLVVSLIG SFLTCAVALVFF YHRTSPIVRANN SDLSFLLLFSLT LCFLCSLTFISP PSQWSCMLRHTA FGITFVLCISCI LGKTIVVLMAFR ATLPGSDVMKWF GPGKQKAIITFS TLVQVVICTVWL VVAPPTPRQYMP RESAIIILLCDE GSTIAFSLVLGY IGVLACMCFLLA FLARKLPDNFNE ARLIAFSMLIFC AVWVAFVPAYIS SPGKYSTLTEIF AILASSYGLLGC IFAPKCYIILMK SEKNTRKHLMSK SERF
Type of Sequence
Genomic DNA
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Swissprot
AB008861
Receptor 2D (GPCRDB)
Molecular Models
Functional Analysis Laboratory
Functional Analysis Reference
Microarray Experiment
Other categories referring to "
VNR46
"
Revisions:
1
Last time:
4/2/2002 12:00:02 AM
Reviewer:
Owner:
This database was supported by the Human Brain Project (NIDCD, NIMH, NIA, NICD, NINDS) and MURI (Multidisciplinary University Research Initiative). It is now supported by RO1 DC 009977 from the National Institute for Deafness and other Communication Disorders.
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