Chemosensory Receptors

Data

Name VNR37

Description

CR Type VNR (Vomeronasal Receptors) Show Other

Organism Rattus norvegicus (rat) Show Other

Source Tissue vomeronasal organ Show Other

Chromosome

Genbank AF016181 Show Other

PubMed 9288755 Show Other

Strain

Common Name Go-VN4

Source GENBANK Show Other

Sequence Lab DULAC_C Show Other

Length Full-Length Show Other

Ligand

Nucleotides CAGGGATGAGGAAACACCTGTAGAAAAGGAAACCTGAATACAGGTATAGCATCTTCTTGGCCAGTGTAGAAGATGGGGATAATTGCTACCTGTTTGCTGATCTGTGCAGCAATTAACTACCAATAATGTCCAGGCTCAGAGCAGGAAAAAATATGCTCACCTTCATTTTACTCTTCTTTCTCCTGAACATTCCACTTTTTGTGCCTAGTTTTATTTATCCCAGGTGCTTTTGGAGTATGAAGAAGAATGAATATCAGGATAGAAACCTGGGAACAGGTTGTATGTTCTTTATTCTAGCAGTGCAACAGCCTATGGAAAAAGAGTATTTCAGTCATATTTCGAATATACAAACACCTACTGAAAACCAAAAGTATCCTCTCACCTTGGCTTTTTCCATGAATGAAATCAACAACAACCCTGATCTTTTGCCAAATATGTCTTTAGCATTTACATTCTCAGAATATAGTTGTTATTTGGAATCCCACCACAAAAGATTATTTAATTTTTCTTTAAAAAATCATGAAATTCTCCCTAATTTTATCTGTACAAAAGACATCAAGTGTGGAGTGGTACTTACCGGACTTAGTTTGGTAACAACTGTGACACTTCATATAATCCTAAACAATTTCATATTTCAGCAGTTCCGTCAGCTTACTTATGGACACTTTCATCCTGCTCTGTGTGATCATGAAAATTTTCCTCATCTATATCAGATGGCCTCTGATGATACATCTCTAGCCCTTGCTCTCGTCTCCTTCATAATTCATTTCAGTTGGAACTGGATAGGGTTGGCCATCTCAGACAATGATCAAGGCATACATTTTCTCTCTTATTTGAGAAGAGAGATGGAAAAAAATACAGTCTGCTTTGCCTTTGTCAACATTATTCCAGTCAATATGAATTTATACATGTCAAGAGCTGAAGTGTATTACAGCCAAGTTATGACATCATCCGCAAATGTTGTTATCATTTATGGTGATACAGGGAATACGTTAGCTGTGAGCTTTAGAATGTGGGACTCTCTAGGTATACAGAGACTATGGGTCACCACCTCACAGTGGGATGTCACTCCTTTTAAGAAAGACTTCACATTTGATAATGGATATGGAACTTTTGGTTTTGGACACCGCCACAGTGAGATTTCTGGTTTTAAATATTTTGTTCAGACATTGAACCCTTTCAAATACTCAGATGAATATTTGGTAAAGCTGGAATGGATGTATGTTAATTGTAAAATCTTAGAATATAACTGTAAGTCACTGAAGAACTGCTCCTTTAATCACTCATTGGAATGGCTAATGACACATACTTTTGACATGGCCATTATTGAAGGGAGTTATGAAATATACAATGCTGTGTATGCTTTTGCCCATGCACTCCATGAGATGACTCTTCAAAATGTTGATAATGTTCTCCTTCCCAATTATGAAGAACAAAATTATAATTGCAAGATGGTTTATTCCTTTCTGAGCAAGACTCAATTCACAAATCCTGTTGGAGACACTGTGAATATGAATCAAAGAAACAAACTGAAGGAAGAGTACGACATTTTCTACAATTGGAATTTTCCACAGGGACTTGGATTTAAAGTGAAAATAGGAATATTTAGTCCATATTTTCCAAAAGGTCAACAGCTTCATTTATCTGAAAATCTGATAGAGTGGTCCACAGGACGTATACAGATGCCAACCTCTGTGTGCAGTGCCGATTGTGGTCCTGGATTTAGGAAAGTCTGGAAGAATGGAATGCCAGCCTGTTGTTTTGACTGCAGTCCCTGCCCAGAAAATGAAATTTCTAATGAGACAAATGTGGAATTGTGTGTCCAGTGTCCAGAGGACCAATATGCTAACCAAGAGCAGAATCACTGCATTCACAAAGCTCGTATCTTTCTCTCTTATGATGAACCCTTGGGGATGGCTCTTTCCTTAATGGCCTTATGCCTCGCTGCACTCACAGTTGTGGTTCTTGGAGTCTTTGTGAAACATCACAGAACTCCCATAGTTAAGGCCAATAACTGCACTCTCACCTACATCTTGCTCATCGCACTCATCTTTTGTTTCCTCTGCCCCTTGTTCTTCATTGGCCATCCAAACTCAGCTACCTGCATCCTTCAGCAAATCACATTTGGAGTTGTGTTCACTGTGGCTATTTCCACTGTGTTGGCCAAAACAACCACTGTCATTCTGGCTTTCAGAGTCACAGCCCCTCATAGAATGATGAAGTACTTTCTTGTTTCAAGGGCATCTAACTACATCATTCCCATTTGTACTCTCATTCAAATTATTGTATGTGCCATCTGGCTAGGAGCTTCTCCTCCTTCTGTTGATATTGATGCACAGTCTGAGCATGGTCACATCATCATTGCTTGCAACAAGGGTTCAGTCACTGCTTTTTACTGTGTCCTGGGATATCTGGCCTGCCTGGCCTTTGTGAGCTTCACCCTGGCTTTCCTTTCCAGAAACCTGCCTGTCACCTTCAATGAAGCCAAGTCCATGACATTCAGCATGCTGGTGTTCTGCAGTGTCTGGGTCACTTTCCTACCTGTTTACCATGGCACCAAAGGCAAGGTTATGGTGGCTGTTGAGATCTTTTCCACCTTGGCTTCTAGTGCAGGAATGTTGGGATGCATTTTTGCTCCAAAATGCTACACAATACTGTTTAGACCAGACAGAAATTCTCTTCAAATGATCAGGGAGAAGTCATCTTCTCATACTCACATTTTATAAAGTCTGACTGACACAGGCATTGTTGGTTCATAATCACCAAATATTCGATTACATTGCCATATCTATTTTTAGAATGACTGTCACTGTTCCCTTTGATGATATTGCGTAGCAAGATCATGTCTACTGAGGACTACCTTATCTCCTATAATCTTCCAACATTTTCTACATCAATCCTACTCTTTTAGAGAAAGAGATAATAGAATTTTAAACATTTTCAGAATTAGAGTTCTTCTAGGAACAGAGAAGAGAAAGAATTATTTTTTCAACAGGTTGATAGAATATCAGGAAAGGGGTTGAAGTCACAACAATATAAATAAAGCCCTGCTCTTGTATAGGAACTTATGAATACTCAATCCCACCAACTACCATTAACAACCACATGTAACAAATGTTAAAAAGGATCAGATGGTTTCTTATTGTCTCCAAATTTGCCTGAACTTATTTATGCACATAATGAGACACACACACACACACACACAAACACACACACAAATACAAATTCCATAAAATTTTAAAAATATAGAATATTACAAAGACTTAACACTGGCAATCTGCTCTTCAATGTTCATAATTACAGGAACTTACAGGAAAATATGGGACATAGGTAGAGATGACTGGGTTTATGTTAAGTCATTTTAAATAAGAACCCTCAATTTTAAGTGTATCATAAAAGACACAGTTGTGAAATTTTCAAGGACAGCACTACTTGTTGAAATAATCTCCATCTGTGGAATTTATAGGGTTTTGTGACAAAGATCAGTTCTGATATCAGAGAGTAAACTGAAGCAGGCAACCATTAGTTGTCAGCACTGACAGCAGCTAATGGAGGTTGCTTCAGAAATCAATTGAGGTTGATTCTGGCAATGAGCAGTTAGAGAAGATAAAAAACAGGGAAATCAAATATTCACACACACACACACACACACACGTACACTCACATGCACAAGCAAGTGCATGCATGCAAACCCACACAGACTACTTGAAGCAAAGGCAAGGTCCAGCCACTTGAAACATACAAATGTGTACATATAGACAGACACAGACAAACACATACATATCCACATGTTAAATGGCTGGAGCAATGTCAGCCAGCAGGCTCCATGTATTTCACATATGTACATATATGCATGTAAATAAATATTCAGATATACACATATTCACATGTACTGGTGGGTAGGTGGAATAAAGTTCCAAAAAACAGGCCCCAGGAATTTTACACATAATGTACAGACATATATAACACTATTGGTGGAAGAACAAGCTCCAACATATTCAGGGAAGCATTGCATATACATACATATAGATTTGATGGATGGAACAAAGTTCCAACAAATTCTCACATGAACTTTATATATGTATATACATGAAAGGCAGCCTGGTTCCCAGTTGATCAGAGGTTTGAAAGCCCAGTGACCCTAAAAAAGATGGTAGCCATTTAGCCTGATTCCCAGTAAACCAGGCAAGTCACTAGCCACAGCCCTCCATAGAATTTTGGCCATCAGTCACTTAAGCCCAACACCCTCCACAGATTAAAGGAAGTGATTACAGGTCACAGGGACTCAGAACACATTTCCATTATGTGACATAGTCAAAGACTTGGAGACTTAGCCAATGAACTTTCCTTCCCTGAAACTCCTCCCTGCAGGCCAACCTTGAAAAGAGGGGTATGGTTTTACTCATCTGCTTTCAGCCATGACAATAAATGACTTAAAACAATGAAAAAA

Amino Acids MSRLRAGKNMLTFILLFFLLNIPLFVPSFIYPRCFWSMKKNEYQDRNLGTGCMFFILAVQQPMEKEYFSHISNIQTPTENQKYPLTLAFSMNEINNNPDLLPNMSLAFTFSEYSCYLESHHKRLFNFSLKNHEILPNFICTKDIKCGVVLTGLSLVTTVTLHIILNNFIFQQFRQLTYGHFHPALCDHENFPHLYQMASDDTSLALALVSFIIHFSWNWIGLAISDNDQGIHFLSYLRREMEKNTVCFAFVNIIPVNMNLYMSRAEVYYSQVMTSSANVVIIYGDTGNTLAVSFRMWDSLGIQRLWVTTSQWDVTPFKKDFTFDNGYGTFGFGHRHSEISGFKYFVQTLNPFKYSDEYLVKLEWMYVNCKILEYNCKSLKNCSFNHSLEWLMTHTFDMAIIEGSYEIYNAVYAFAHALHEMTLQNVDNVLLPNYEEQNYNCKMVYSFLSKTQFTNPVGDTVNMNQRNKLKEEYDIFYNWNFPQGLGFKVKIGIFSPYFPKGQQLHLSENLIEWSTGRIQMPTSVCSADCGPGFRKVWKNGMPACCFDCSPCPENEISNETNVELCVQCPEDQYANQEQNHCIHKARIFLSYDEPLGMALSLMALCLAALTVVVLGVFVKHHRTPIVKANNCTLTYILLIALIFCFLCPLFFIGHPNSATCILQQITFGVVFTVAISTVLAKTTTVILAFRVTAPHRMMKYFLVSRASNYIIPICTLIQIIVCAIWLGASPPSVDIDAQSEHGHIIIACNKGSVTAFYCVLGYLACLAFVSFTLAFLSRNLPVTFNEAKSMTFSMLVFCSVWVTFLPVYHGTKGKVMVAVEIFSTLASSAGMLGCIFAPKCYTILFRPDRNSLQMIREKSSSHTHIL

Type of Sequence cDNA Show Other

Swissprot AF016181

Receptor 2D (GPCRDB)

Molecular Models

Functional Analysis Laboratory

Functional Analysis Reference

Microarray Experiment