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Olfactory Receptors Database
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Chemosensory Receptors
Name
CeCR153
Description
CR Type
CeCR (C. elegans Chemosensory Receptors)
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Organism
Caenorhabditis elegans
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Source Tissue
Chromosome
3
Genbank
AF000298
link
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PubMed
9851916
link
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Strain
Common Name
W03D2.10
Source
GENBANK
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Sequence Lab
WILSON_D
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Length
Full-Length
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Ligand
Nucleotides
ATAATAATGACC AGTGCACGTGCA CCTGTCAGACTA GCTATTAGTAGT CGCAGTAATAAA TTTTCGTAATAA GATTTCCTTGCT AATACGCCAAAA TTAGACCAAAGT TTTCCAAACACA AAAATTTCTAGT ATTGTTGTTATC ATCCGTTACTTC TCAAAATCAGAA GGCTCAATTATA TGACATGCTCTC AGACCAGACACG TAATCACTAGGT GAAAAAGACAAA ATCTCCAAGGAA GTGAGACCAAAC TTTTTTACCTTC ATTCTTGTCTAA AATGCACGCGGC TCTCAGATTTGG AGAGTATTTCGG ATGTATTTTTAC GGAAATTTCAAA TCTTGTTTTGCT ATATCTGATTAT TACAAAGACTCC AAAAAGCTTCGG GTCTTACAAGTA TCTGATGATGTC ATATGCGTTGGA CTCATTGATTTA TGGACTCGTGGA GGTTCTTACGCT ACCGGAAAGAGT ATTTTAGAAATT AATGAACTGTAT ATCAAATAGCCG GTTTGCCAATTT GCCGTAAATTTT CATTTTCGGCAA TTCACTGATTTG CCTATTTGCCAG ATTTTTTATAAA ACGGAAACGCTT AAAACTGTTCCT TCATAAAATTTT TTCCAGTTTTTT AAAGATATTTTC ATAGAATTTGCA TAGTTTTCAAAA TAGATTTAGCAC TATTTCTAGGAT ACAATTTTGCCG ATTAAAATTAAA ATTCGGAAATTT TCAAAAAAATAA AGTACTTTGCCT GTTTGCCGGAAA TTTCAATTGTGG CAATTTGCCGAA CTACTTTTCAAT TCCGGTAATTTG CAAGAAATGTTC ATTTTCGGCAAA TTGTCCGGTTTG CCGGTTTGCCAA TCTGCCGGAAAT TTCAATTCCGGC AATTGGCCATTT TGGCGAAAATTT CAATTCCAGCAA TTTGCCAATTTC GGATATTTTCGA AGTTTCCGGTTT GCGGAAACTTCA AATCCGGCAATA ACCGTCAAATTG CCGACTTGCCAA TTCGCCAGCAAT TTCAATTCCGTC AAATTGCCGGAT TGCCGATTTGCC GGACATTTTAAC CGACAAATCGGC AAATTGTGGTTT TCTACATTTTTT CTGGAAATTTCG GAATTCCAACTT TAATCGGCAAAA ATGTACGCATCT TAGAAAATTCTA TGAAAATATCTA AAGAAAACGGGA AAAAATTCAAAA AAGGACTGTGTT TCCGTCTTATGA AAAAATTCCTCT AAAAAAATCTTT CTTTCCGGCAAA TAGTTATCTAGA AAATCGGCAATT CGGCAAATTGCC GGTACTGGAAAT TTCCGGCAAACG GGCAATTTGCCA CGTTTGCCGATC GGTTACTGCCGC ACACTTTTCTAA CACTTTCAGGTA ATTCATGCCAGC GGAGCCAGTGTC TACCTCTTCGTG GATAGCTTCCTC CGATATGAAAAA TGGATCGCAAAC CCTCTCGCAGCA CTATACGCGTGC AGTTTTGCCCTT TGCATCACCCTC CTAGCCTCTCAT TTTGTATTTCGG TACATTGCGGTT TGCCGGTACCCT TCTATGATTTAA TTCGTCAGCTAG CCAAAAAACATT CCAGACCACACG ATCTCCACCATC TTGAGGGCTGGA AGATGTGGAAGA TTTACGTAATCC CGATTATTATCA CTATTCTCTGGT ACCTAGTACACG GCTATTTTTGTG GTCCAACCGAGT TTAAGACCGAGC TTGTTAGGCAAG AAATATGGGATA ATTATCAGGTGG ATTTTGGGAGCG TCGGCTACTTTG GGTTCTTGTATT TTGTAAGTGCTT AGACCATGTATG ATTTTCGCAAAT AAGTAGCTATTT CAGTACACCGAC AATACAGGCGTC TCCAGAGCTAAC TGGATAGATTTT CTTGGCACCGCA ACAAACTGCACG GTTATGGTAGAT AACTAGTCTAAT TTTAACAATAAG GTTGATTATATT AAAGACAATTTG CACGATGGTTAT GACAATAAGCGG GTTGAAAACCTA CAAGAAGATTAA TGATAATAAGAG AACTATTAGTAA ACGGACGAAAGA GCTGAATAAGCA GTTGTTTAGGAC TCTGGTTATACA GGTGAGCGATTT GTATTTTGAAAA GTTTGGACAGTG CGTAGCTATAAC ATAATCCTGCGT AATTTTAACAAG AGCCTGTGTTAT ATGAACAGAGAT CTGTGGATTCCC ACTGGCGCAGAG TTGGGAAACTCG ACTGATTGTAAA TCGGCAAAAGTT TATCCGATTCAG CCTCAACACATT GTTCACTAGAAC AGAATTTTTGTT CGTCTGTTACTA AATTCAGCTTAA CAAAACTGCACA AATAAAACAATT AGTTAGTTCTAC CTTCAAAAAACT TGGTATAACCAA ATAAGCTAAAAT GGCCAATCGACG AGCTGCTGCCCA TTCTGGGATAGA CAGAGTCCTGTC TTCCGGTGCTGA AACTAGGAAAAC TACAGATTTTCT ATTCCAGACCAT AATCCCAATATT CACATTGTTCTT CCCTGTCGGAGC GATCATAGTGCT CCCAATTTTCTC TATTCCAATTCC AACTTCTGTATC AAATGTGGTAAC AATGACTAATGG TATCTATCCGGG ACTTGATGCATT AGTTGTAATATT TATGATTCAGGT GTATAGGGATGC AGTGTTTTGTAA GTTTGTGGAATA ATTGTTTTGCAG AAATTCCGAAGT TGAATCTGTCAC AGGTAAAACAAG GAAACTAGTCGG ATCGCTGAGTGT GATGACACCTGT GAAAAATAATTC ATTGAATAATAA TACGATGTCGTA GTATTTTTAAAC GTTGTATCTGTG GAATGAACATAT ACTTTTGTAATT TGTAATCTCTCT CCAATCTGGACA CCGTTTCTTTTT TTCAAAAATAAT TTAAAATTAAGA AACGAACACCAA ACAAGCATCCTT TGAACAATATTC ATCAATTTTGCC CACTTTCAAGCC AATCAGCTGGTT AAAAAATAGGCG GAGAAAATCGCT TATTGCTCGAAG ATCTCATTTTAA AAAGTTGGATTT TCATTCCCGGGT GGTAATTTTGAA TTTCAGATAATT TTTAATAAAGTT TCCCCATTCACT CTACTCCATGCT AACGTGTCCATA TTAATGTGTGAG CGATCTGACGTC ATTCAGGTCCGT CGAGGCAGATGG GAAGGTCCATGT ATAACCCTTTCT GTCTAAAAATGA TGGTCGCTAGTC TCCCACTACACC GTTCACATTACC TTCAGCCAGTTG CAGTCATGACTA CGCCTCTGCCCT TTCCAATATGTC CATTGCCTAAAA AAACACTTCTTC GTGCAATCGAAA CTATGAAGATTA AAGATTTGTAAG TAAAAAGTTCAC AATTATTTATAT GAAAATTGTTAT AATTTCAGAATA TGTTTCTCGTTT ACATCGAATTTC GCAAAGAATATA GTGGGAGCTTTG AATCTAAAACTT TACGATATAAAG TGCATGATGGGA GGTGACGCACAC CACCTATTGTTT AATATTTGTAAA AACATTATATAC GTAACGATAGAC TTTCTGTCTGAA AATTATTTAATC AGATCCAACAGA CCTCCCGATGTT GTATGCAGACTT CCAGGAATAAAT GCAAAAGCTTTC TTAAATCATATT CTTGAAACTTTT CATTATCCTACG ATTGACTATTTC TCATTTTCTCTG AATACACGTGAT GGTCAATGGATT TATAAAGTTCTC AATGGAATGCAA ATCCAGAAAATG GGAATAGACGAT GTTTACACGGAC TGTGCCGAAACT GACAAAAACGCT ATAATAAAGTTA TCCCAACTTTCT CACAACATTAAA CTTAATAATACT CATCGAGGCGAT GCTCAATTTGGA GAAGAAGATTCA TGGAATACTCAT GGGCAACATGAA GCTTCTACGTGT GGAGTATTGGCC AAAATTTAATCT TAACGATCTACT TCTGACCAATAG TTTTGAAGTAGA GATGGTTCATCC TACCAGTCTGCT CGATGCAAATCT GTTCTTAAAACA GTGGATCAATGG GTCAAACCCAAG GTTACGCAAACT TTCCATATCACT GGGATATGATAA AATAACTATGAA GAGATTTGAAGA AAACGTTTTGAA GGGCATCAGTTA TCAGGTGGCACC AAACAGTAGAAT GAAAACATTGCC GGAAATCAAGAC AGTGGTGGAAGG CGGGATTGATGT TCAACGAGTTGA TGGTACAATCGC TACAATTTGTAA TGTAAACGGTTG GATGAAAATGTA TATGTGGGATGA ATAATTCTGGAA TCGCGATGTAAT TAATGTTATAAT AATAATAATAAT AATAATTTATTA CGCTCGCTGGGA GACGTGAAGGAA TACAGAATACAA AAGTTATCATTG TTCGCTTGAACT AGAATTGGTGCA GTCGGGCAATCG TTTCCATTTCAT TAGAATGTTATC CTTGTCCTTGCG TTGTCCTTGCGT AGACTCCCCCAC AGTGGGCGAGCG ATTCCCGAGTGA AAATAATCACGG AATGTGAATTTT GTATTTATGTGT ATAATTATAATT ATGTAACGTGTA TAATTATGTATT TATTGCTTTTTC AAACTGTTGTGT TTTTCATGTCTA CTAATTTTTTTA AATTTTTCAAAA AAAAAAATATTT CCAAAAAGCTTC CACGTTGTTTGA TAGACCCTAAAA CCCCCAAAAACA ATTTCTAATCGC TCAGAACCACGT TCATTTCCTTGA CCTAGAATTCGG CGAAAAAATGTA CTGAAACACTTT CAGATGGCGATT TCAGGGGTTCAC AGTTGAGTTCCG CCGCTGAAATTT TTGTGGTGATCT AGGCTAAACATA AGCTTTCAAATG AGATACGTCTCA ATTTAAAGTCCA GGACTAGATTGG CTTCCTTTCCTT GTAAATGTCATA ATTAGTTTTTCT ACGTATTATATT AACCTTTAAAAC TCCTATTTCTTT ACTTGCTATCAC AATTATGTAATC CCAAATTGATGA ATAAATTGAAGA TTGCAGATTTTC GCTGGAGAAAAA TCTAAAACGTTA ATTGAAAATTCA AAATCCGCGCAA AATCGGTAAATT ACATTACACAAT TCCTAAAAACGC GAAACAAATGTG AGCAGGCGTTTA GAATATCTTACA CACTTACGATAG TTAATTTTTTGA AGTCCCGCTACC CAAATTCTAACG TTTAATAATTTC CGGTACTTTTCC GATTTCTGCCCC CCCCCCCCCCAA AATGTCAACATA TTTTCAATTCTG AGGATGCTTGTC AACAATATTATG AATCAAAATATT GAAAATAAAAAT AGGCAAAAAATG TTGTCCCCGCGA AACAAATTCCCG CGAATTCTGGAG TTCGTGAGGTGT CGCGCAAGCGCG CTCCAATAATTA TGAGCACTCCAG GAGGCCGTTTTA CAGTAGTTCTTG TACCCTAGCGGA AAAGAGACGGAG GGGGATTGACGG ATATCGACGATA GAGGTCGTGATT CTTCTCTTTTTG TGAGCGACTGGT GGTTGCTCTATT CCTGGGTGACTG GTTGTTACCCCT GCTTTTTTTTTT GTTTTTTCTTCA TTATATTTTTGC TAATTCATCAAA ATAACACAGAGC TGCACTCAAACA GGTAAACAGGTA GCAA
Amino Acids
MHAALRFGEYFG CIFTEISNLVLL YLIITKTPKSFG SYKYLMMSYALD SLIYGLVEVLTL PERVIHASGASV YLFVDSFLRYEK WIANPLAALYAC SFALCITLLASH FVFRYIAVCRPH DLHHLEGWKMWK IYVIPIIITILW YLVHGYFCGPTE FKTELVRQEIWD NYQVDFGSVGYF GFLYFYTDNTGV SRANWIDFLGTA TNCTVMTICTMV MTISGLKTYKKI NDNKRTISKRTK ELNKQLFRTLVI QTIIPIFTLFFP VGAIIVLPIFSI PIPTSVSNVVTM TNGIYPGLDALV VIFMIQVYRDAV FCKTRKLVGSLS VMTPVKNNSLNN NTMS
Type of Sequence
Genome Projects
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Swissprot
AF000298
Receptor 2D (GPCRDB)
Molecular Models
Functional Analysis Laboratory
Functional Analysis Reference
Microarray Experiment
Other categories referring to "
CeCR153
"
Revisions:
1
Last time:
6/23/2000 2:45:06 PM
Reviewer:
Chiquito
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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