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Olfactory Receptors Database
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Data
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Chemosensory Receptors
Name
VNR43
Description
CR Type
VNR (Vomeronasal Receptors)
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Organism
Fugu rubripes
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Source Tissue
Chromosome
Genbank
AB008858
link
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PubMed
9560249
link
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Strain
Common Name
Ca02.1
Source
GENBANK
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Sequence Lab
BRENNER_S
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Length
Full-Length
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Ligand
Nucleotides
CTTGTGGCTGGG GTCAGTAGAAGA ACCTAGACTAGC GGTACATGAACC GTATCAAAAGTG TAACGGTGAAAC ATTAGCACAACT GTGTGGGGGAGG AAATAGAGTCAT TGCATAGTTTCT TAAACCAGTTGT GCAGTACCTGAG TGACAAACTTTG TTTTGTCCATTT TATTTTTGCATT AAACAAAAGCGA TTTTATTGGAAA TTGCCTCGATAG ATGTCAATAAAT CTCACATGATGT TATCAGCACTTC ATTACAGGTATC ATAAAGATATAA TAGGAACAACTG TAACTTGTATTT GTTCTAAAGGTT ATAACCCTTGGG GAACAGCCAGAT AAGGACCACGTA ATGTTTTGTCTG ACTGATTAATAA TAATAAGCTGAC ATGAGCAGAACC AACACCTCAGTC TATAAAAGCATT TGTGCAGAATGC TCCGAGACATTT TTAGGATGGAGA TCTCTGTTATCT TCCTTTGCTTCA TTTCTCTGTTTG ATTTAAACTCAG CTGGTGACCTGA AGGCTCCTGAGA ACAGTCTGAAAC AACAGGTTGGAC CGAGGGAGGACA CAACCGGTGCCG CAGCTCCGTCTG ACATATGTCGCC TCCAGGGTTCTG CTCGCCTACCTG CTTTCTCAAAGG ATGGAGACTTTG TCATCGGGGGGG TTTTCTCCATAC ACCGCTACACAG TGACGGTGAACC ACAACTACACCA CCATGCCTGAGC CATTTCGCTGCA GAGTGTGCGGAG AAGAAAATGTTT GATTGTTTCATT TCTGGAGTATAT ATGATGTTCACA TTATGATGCATT TTTTATTTATAC CTACACTTGTGA ATGTTTGTTTTC TGTCATGATGTG CAGCATCGACCA TCATGAATTGCA ACTGTCTCATGC AATGGTCTTCGC CATCGAGGAGAT CAACAACAGCAC GGAGCTGCTTCC TGGAATCAAACT CGGTTACCAGAT CCACGACTCGTG CGCAGCCGTGCC CATCGCAGTAAA TGTGGCCTTCCA ACTGTTAAACAC TCTGGACCCTGT GTTTGTCACAGG TGACAACTGTTC ACAGTCCGGTAT GGTGATGGCTGT CGTCGGCGAGTC TGGTTCCACTCC GTCCATCAGCAT ATCCCGCGTCAT CGGCTCCTTCGA CATTCCACTAGT GAATATTTTCAA CTTTTACCAAAG CACATGAACACG TAATATTAACCA TCACTGTAATGA CACAATGTTCAA CTTCAGGTGAGC CACTTTGCCACC TGTGCATGCCTG TCTGATAAACAG AAGTACCCAAGT TTCTTCAGAACG ATTCCCAGTGAC CAGTTCCAGGCC GACGCTTTGGTC AAACTCATCAAA CACTTTGGCTGG ACTTGGATAGGT GCTGTGTGCTCA GATTCAGACTAT GGCAATAATGGC ATGGCAGCGTTC CTGCATGCAGCT CAGAAGGAGGGC ATCTGTGTGGAG TACTCGGAATCC TTTTATCGCACC CACCCGCACAGC AGGATCAAGAGA GTGGCTGATGTC ATCCGCAGGTGT ATAGATCTATTT TTGCTTCATGAT TCATGAAGGTAT TTGTGTTTGTTT GAAATGACGCAT ATACTTGTGAGT TTTCTGCAGGTC AACAGCTGTGGT GGTTGTAGCCTT TACAGCATCTAC AGAAATGATGAT CCTGCTCGAGGA ACTGTCTCATGA ACCCTCACCACC TCGCCAGTGGAT AGGCAGTGAATC CTGGGTAACTGA CCCAGACTTGCT GAGGTTCAGCTT CTGTGCTGGAAC TATTGGATTTGC CATTCAGAGGTC TGTCATCCCAGG CCTGAGAGACTT CCTGCTGGATCT CTCCCCCTCGAA AGTGGCTTCATC TCCTGTGCTCAC TGAGTTCTGGGA GGACTCATTCAA CTGCCGGTTGGG AAAAGGTGACAG AAGTTATACCTC TTCTTAATTTAC TGTGGATAGATT TTAAATTAGTGT CCAAATCTAATA ACAAAGGCTTTC AACAGATCTCCT GTGTTGTCAGTT GCTGTTGCAGGT GAGCGCATGTGT GATGGATCTGAA GACATAATGACT CTCCAGAGTCCG TACACTGACACT TCTGAGCTCCGC ATTACCAACATG GTGTACAAGGCT GTTTATGCAATA GCTCATGCCATT CATAATGCAGTG TGTCAGGACACA AATGCTACCACT CGGTGTAGCAAA TTCACCACGATT AACCCCAAAAAG GTCAAACCTAAA GAATTGCCTCTG TAACTACTAACA TGGTTTATTACA AGTGTTTCAGCT GAAGTCTTTCCT CTGACTCTCTGT TTCATTCAATTC AGGTTCTCACTC AGCTGAAGACAG TAAATTTTTCAC AAAATGGTTATG CTGTATCCTTTG ATGCCAACGGGG ATCCTGTGGCAT CATATGAGCTGG TAAACTGGAAAA AGAGTGGGAGCG GGAGCATCGAAG TTGTGCCAGTAG GATACTATGATG CTTCACTGCCAG AAGGCCAAGAGT TCCGTATCTTCA GGGACATCACAT GGGTGGATGGCA GAAAGCAAGTAC GACAGCCAGAAT AATTAATAAGAC AGTAATTCAGGC ATGAAAACACAA CATCTCTGAATT AAAGGCTTTTTT GTTCAATTGTGA CTCTATGTAAAG GCACCAACGGCA GTTCTGTTAAAA TCTTTTTCAACT GGTGGGTGTGTA TGTCTCAGGTGC CAGTGTCAGTGT GCAGCGACAGCT GTCCTCAAGGAA CTCGTAAGGTAC TGCAGAAAGGAA AACCCATCTGCT GTTATGACTGTG TACAATGTCCAG AGGGAGAGATTA GCAATGTTACAG GTAGTTATCTAG ATTTCAAAGACA GCAGGGCTAAAT AAATAATTTGTT TAAACCCTACAT GATTTTTGTTTC CTAGATTCTCCT GAATGCATCCCT TGTCTTGATGAC TTCTGGCCTAAC CCAGAGAGAAAT GCCTGTTTCCCC AAACCTGTGGAG TTTCTTTCCTTT AACGAGGTTCTA GGAATCATCCTA GCTGTGTTCTCA GTCGGTGGTGCC TGTCTGGCTGTT ATCACAGCAGCT GTATTTTTCCAT CACAGGACCTCT CCTATTGTCAGA GCCAACAACTCT GAGTTGAGCTTC CTGTTGCTCTTC TCTTTGACTCTG TGCTTCTTATGT TCACTCACTTTC ATTGGTGCTCCC TCTCACCTGTCC TGCATGCTGCGC CACACAGCGTTT GGGATCACCTTT GTCCTTTGCATC TCATGTGTTTTA GGGAAAACTGTG GTGGTGTTGATG GCCTTCAGAGCG ACTCTCCCCGGG AGTAATGTCATG AAGTGGTTCGGT CCACCTCAGCAA AGGATGACTGTT GTGACTTTCACG TCTATCCAGGTT TTAATATGCATT GTTTGGTTGGTT GTCAATCCCCCG TTTCCAGTGAGA AATCTGACCACG TACAAGGAGAGA ATCATCCTGGAG TGTGCGTTAGGC TCATCTGTTGGA TTCTGGGCTGTA CTCGGGTACATC GGCCTTCTGGCA GCTGTTTGTTTA GTTCTAGCCGTC CTCGCCCGAAAA CTCCCCGATAAT TTCAACGAAGCC AAAATGATCACC TTCAGCATGCTG ATATTCTGTGCC GTCTGGATCACC TTCATCCCCGCT TACGTCAGCTCT CCTGGGAAATTC ACCGTGGCCGTG GAGATCTTTGCC ATTTTGGCCTCC AGTTTTGGACTC ATCCTGTGCATT TTTGCTCCAAAA TGTTTTATTATT TTATTTAAGCCA GAGAAAAATAGC AAAAAACACTTG ATGAACAAGAAA TAATCAGAATGT CTGCAATATGTT GGGTGAGTTTAA CGACTGGAAGTA TGGGTCCGTACA GCAGCAATAGCC CAGTCTGTAGAT GAGTGAGCTGTG GGTTTGAGGGTA TCTGGTTCAAGT TCCATTTGGGAA CAAAGATTAGGA AATGGACCTGTA GAAGGAGATGTG CAGGGACATATT AAGAACCCCACT ATGGTATCATTA AGCAAAATACCA AACCCCCAAATG ATAAGATTGCCT TTATCTCTCTTC ATGATTGCATGT GCATGTGTTTAT TGTAGCTTCATG TTTAACCGCTTG TAACTTGTGTGT AACAAAGTGTAA ACACAGACATTT CCCCTTTGTGCT TTTAATGTATGC TTTTTTTCTTCT CTTGTTTTACAC TGTACTGCCATT CCTCCCAACGTT ATGTGACAGGCT AGATTAGGCTGC ATGATGTATGAG TTTTAGAAAATC TCACCCTTTACA ACACAAGTCCGC TGATACAGTTTT CCATCTCTCCTC CCTTATGTCCAC CATAACCTCTTT TCTATTTTCTAT GTGATTGTTAAA CAATTACACTTT TCATTGGGAATG TTATTGATAAAT GCAAGTAAAACT ACTGTGATATCT GTGTAGATTCTC AATCATCCAGGT CATGGTCATCCA ATGCAGTTTGCT TTGTCAAATGGA CTGTTTTTCTTC TCTTTGAAGTTC TGGAGTGTGATG TATTCAAAACAT CATTAAAGTTAT AAAGTGGGAACG ACTGTAACAGAT TTGTTCAAAAGG TTATAACCCTTG GGGAACAGCCAG ATAAAGACCACA TAATTGCAGAAT GCTCCAAGACAT TTTTAGGATGGA GATCTGTTCTCT TCCTTTGCTTCA TTTCTCTGTGTG ATTTGAACTCAG CTGGTGACCTGA AGGTTCCTGGGA ACAGTCTGAAAC AACAGCTTGGAC TGAGGGAGGACA CAACCGCTGCCG CGGCTCCGTCTG TCATATGTCGGC TCCAGGGTTTTG CTCGCCTACCTG CCTTCTCAAAGA ATGGAGACTTTG TCATCGGGGGGG GTTTTCTCCATA TACCACTACAAA ATGACAGT
Amino Acids
MEISVIFLCFIS LFDLNSAGDLKA PENSLKQQVGPR EDTTGAAAPSDI CRLQGSARLPAF SKDGDFVIGGVF SIHRYTVTVNHN YTTMPEPFRCRV IDHHELQLSHAM VFAIEEINNSTE LLPGIKLGYQIH DSCAAVPIAVNV AFQLLNTLDPVF VTGDNCSQSGMV MAVVGESGSTPS ISISRVIGSFDI PLVSHFATCACL SDKQKYPSFFRT IPSDQFQADALV KLIKHFGWTWIG AVCSDSDYGNNG MAAFLHAAQKEG ICVEYSESFYRT HPHSRIKRVADV IRRSTAVVVVAF TASTEMMILLEE LSHEPSPPRQWI GSESWVTDPDLL RFSFCAGTIGFA IQRSVIPGLRDF LLDLSPSKVASS PVLTEFWEDSFN CRLGKGERMCDG SEDIMTLQSPYT DTSELRITNMVY KAVYAIAHAIHN AVCQDTNATTRC SKFTTINPKKVL TQLKTVNFSQNG YAVSFDANGDPV ASYELVNWKKSG SGSIEVVPVGYY DASLPEGQEFRI FRDITWVDGRKQ VPVSVCSDSCPQ GTRKVLQKGKPI CCYDCVQCPEGE ISNVTDSPECIP CLDDFWPNPERN ACFPKPVEFLSF NEVLGIILAVFS VGGACLAVITAA VFFHHRTSPIVR ANNSELSFLLLF SLTLCFLCSLTF IGAPSHLSCMLR HTAFGITFVLCI SCVLGKTVVVLM AFRATLPGSNVM KWFGPPQQRMTV VTFTSIQVLICI VWLVVNPPFPVR NLTTYKERIILE CALGSSVGFWAV LGYIGLLAAVCL VLAVLARKLPDN FNEAKMITFSML IFCAVWITFIPA YVSSPGKFTVAV EIFAILASSFGL ILCIFAPKCFII LFKPEKNSKKHL MNKK
Type of Sequence
Genomic DNA
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Swissprot
AB008858
Receptor 2D (GPCRDB)
Molecular Models
Functional Analysis Laboratory
Functional Analysis Reference
Microarray Experiment
Other categories referring to "
VNR43
"
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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