Chemosensory Receptors

Data

Name TPR1234

Description

CR Type TPR (Taste Papilla Receptors) Show Other

Organism Rattus norvegicus (rat) Show Other

Source Tissue gustatory receptor Show Other

Chromosome 15

Genbank NW_042967 Show Other

PubMed

Strain BN/SsNHsd/MCW Show Other

Common Name Tlp1

Source NCBI Show Other

Sequence Lab NCBI Show Other

Length Full-Length Show Other

Ligand

Nucleotides atggagaaactctgtggttatgtgcctgtccacccagacatcctctccttgaagaatcggtgcctgaccatgctctctgacatccaacccctggagaaaatacatggacagagatctgtcaacccagacatcctgtccttggagaaccggtgcctgaccttgctccctgatctccagcccatggagaaaatacatggacagagatctgtccacccagacatcctctcctcagagaaccggtgtctgaccttgctccctgacctccagtccctggagaagctatgtggacatatgtctagtcacccagacgtcctctctttggagaaccgatgtcttgctaccctcccgactgtaaagagaactgtttcgagtggccccttgctccagtgtcttcacagatctcatacggcacaagctgatctgcgtgacccgaactttcgcaactgcctgttccctgagcctcctaccatagaggctccatgtttcttgaaggaactagaccttccaactggacccagggccctgaaatccatgtctgctacagctcgagttcaggaagtagctttgggtcagcggtgcgtctcagaaggaaaggaattgcaggaagaaaaagaaagcgcagaagtcccgatgcctttgtacagtctaagcttggggggagaagaagaagaagtggtgggggcaccggtcctaaaactcacatctggagactctgactctcaccctgaaaccactgaccagatcctgcaggagaagaagatggctctcttgaccttgctgtgctcagctatggcctcaagtgtgaatgtgaaagatgcctccgatcctacccgggcatctatccatgaagtctgcagtgcgctggcccccttggaacctgagttcatccttaaggcatctttgtatgctaggcagcagcttaacctccgggacatagccaatatagtgttggccgtggctgccctcttgccagcctgccgcccccatgtacgacggtattactctgccattgttcacctgccttcagactggatccaggtagccgagttctaccagagcctggcagaaggggatgagaagaagttggtgcccctgcctgcctgcctccgtgctgccatgactgacaaatttgcccagtttgatgagtaccagctagcgaagtacaacccacggaaacaccgatccaagacacgctcccgccagccaccccgccctcaaaggacaaaacctccattttcagagagtgggaaatgttttccaaagagcgtttggccccttaaaaacgaacagatttcgttcgaagcagcttataatgcagtgtcagagaagaaaaggctaccaaggttcactctgaagaagttggtagagcaactgcatatccatgagcctgcgcagcatgtccaggccctgctgggctacaggtacccatccaccctagagctcttttctcggagtcatctccctgggccatgggactctagcagggctgggcaacggatgaagctccaaaggccagagacctgggagcgggagctgagcttacgtggaaacagagcttctgtgtgggaggaactcatagacaatgggaaactccccttcatggccatgctccggaacctgtgtaacctgctgcggactgggatcagtgcccaccaccatgaactcgttctccagagactccagcatgagaaatctgtgattcacagtcggcagtttccattcagattccttaatgctcacgactctctcgatagactcgaggctcagctcagaagtaaagcatcgcccttcccttccaatacaacattgatgaagcggataatgattagaaactcaaaaaaaatcaagagacctgccaacccgaggtacctgtgcaccctgacgcagcggcagcttcgggcggcaatggctatcccggtgatgtatgagcatctcaagcgggagaaactgaggctgcacaaggccagacagtggacctgtgaccttgagttgctggagcggtatcgccaggccctggaaacggccgtgaacatctctgtaaagcacaacctacccccgctgccaggccgaaccctcttggtctatctcacagatgcaaatgccaacagactttgtcccaagagtcacttgcaagggcctcccctgaactatgtgctgctgttgatcgggatgatgatggctcgggcggagcagacgacagtttggctgtgtgggacaggaactgtgaagacaccagtacttacagccgacgaaggtatcctgaagactgccatcaaacttcaggctcaagtccaggagttagaagaaaatgatgagtggcccctggaaacttttgagaagtacctgctatctctggctgtgcgaaggacccctattgacagggtcatcctgttcggccaaaggatggatacggagctgctgaatgtagccaaacagattatctggcagcatgttcattgcggagcatggagcctctcgtcttctggaacatgtgggccaactagataagatattcaagatccctccacccccaggaaagacaaaggtctcacctctccggccgctggaggagaacaaccctggtcccttcgttcctatttcccagcatggatggcgcaacatccggcttttcatttcgtccactttccgagacatgcatggggaacgagacttgctgatgcgatctgttctgccagcgctgcaggcccgagcgttcccccaccgcatcagccttcacgccattgacctgcgctggggaatcacggaggaagagacccgcaggaacagacaactggaagtgtgccttggggaggtggagaactctcagctgttcgtggggatcctgggctcccgctatggctatactccccccagctatgatctgcctgaccacccccactttcactggacccagcgatacccttcggggcgctctgtaacagagatggaggtgatgcagttcctgaaccgtggccaacgctcggaaccctctgaccaagctctcatctacttccgagatcctggtttccttagctctgtgccagatgtctggaaacctgactttatttccgagtcagaagaggctgcacatcgggtctcagaactgaagagattcctacaggaacagaaagaggttacctgccgcaggtactcctgtgaatggggaggcgtagcagccggccggccctatactgggggcctggaggagtttggacagttggttctccaagatgtgtggagcgtgatccagaagcgttacctgcagcctggggcccagttggagcagccaggatccatctcagaagaggatttgatccaggccagctttcagcagctgaagagcccaccgagtcccgcacggccacgccttcttcaggataccgtgcaacagctgatgctgccccacgggaggctgagcctagtgattgggcaggcaggacagggaaagactgccttcctggcatcccttgtgtcggccctgaaggttcccgaccagcccaatgtggccccgttcgttttcttccacttttcagcagcccgccctgaccagtgtcttgctttcaacctcctcagacgcctctgtacccatctgcatcaaaaactgggagagccgagcgctctccccagcacttacagaggcctggtgtgggaactgcagcagaagctgctcctcaaatctgcccagtggctgcaaccaggccagactttggtccttattatcgacggggcagataagttggtggaccataatggacagctgatttcagactggatccccaagtctcttccgcggcgagtacacctggtgctgagtgtgtctagtgactcaggcctgggagagacccttcagcaaagtcagagtgcttatgtggtggccttggggtctttggtcccgtcttcaagggctcagcttgtgagagaagagctagcactgtatgggaaacggctggaggagtcaccttttaacaaccagatgcggctgctgctggcaaagcaggggtcaagcctgccactgtacctgcacctcgtcactgactacctgaggcttttcacactgtacgaacaggtgtctgagagacttcgaaccctgcccgccactctcccactgctgctgcagcacatcctgagcaccttggagcaagagcatggccataacgtccttcctcaagctttgactgcccttgaggtcacgcacagtggtctgactgtggaccagctgcatgcagtcctgagcacgtggttgactttgcccaaggagactaagagctgggaagaggcagtggctgccagtcacagtggaaacctctaccccttggctccatttgcctaccttgtccagagtctacgcagtttactaggcgagggccccgtggagcgccctggcgcccgtctctgcctctctgatgggcctctgaggacagcagttaaacgtcgctatgggaaaaggctggggctagagaagactgcgcatgtcctcattgcagctcacctctggaagatgtgtgaccctgatgcctcaggcaccttccgaagttgccctcccgaggctctgaaagatttaccttaccacctgctccagagcgggaaccatggtctccttgcaaagttccttaccaacctccatgtggtggctgcatatctggaagtgggtctagtcccggacctcttggaggcttacgagctctatgcttcttcaaagcctgaagtgaaccagaagctcccggaggcagatgttgctgtattccacaacttcctgaaacaacaggcttcactccttacccagtatcctttgctcctgctccagcaggcagctagccagcctgaagagtcacctgtttgctgccaggcccccctgctcacccagcggtggcacaaccagtgcatactgaaatggattaataaaccccagaccttgaagggtcagcaaagcttgtctctgccaatttcctcatccccaactgctgtggccttctctcctaatgggcaaagagcagctgtggggactgctggtgggacaatttacctgttgaacttgagaacctggcaggaggagaaggctctggtgagtggctgtgatgggatttcctctttcgcgttcctgtcagacactgctcttttccttaccaccttcgatgggctcctggagctttgggacctgcaacatggttgttgggtgttccagaccaaggcccaccagtaccaaatcactggctgctgcctgagcccagaccgccgcctgctggccaccgtgtgtttgggaggatacgtaaagctgtgggacacagtccagggccagctggctttccagtacacccatcccaagtctctaaactgcatcaccttccacccagaggggcaggtggtagccacaggcaactggtctggcatcgtgaccttcttccaggcagatggactcaaagtcaccaaggaactagggggcccaggaccctctgttcgtacgctggcattcagtgcacccgggaaggttgtggctctaggccggatagatgggacagtggagctgtgggcctggcaagagggcacacggctggcagccttccctgcacagtgtggcggtgtctccaccgttcttttcttgcatgctggaggccggttcctgacggctggggaagatggcaaggctcagttatggtcaggatttcttggccggcccaggggttgcctgggctctctttatctttctcctgcgctctctgtggctctcaacccagacggtgaccaggtggctgttgggtaccgaggagatggcattaaaatctacagaatttcttcaggtccccaggaggctcaatgccaagagctaaatgtggcggtgtctgcactggtctggctgagtcccagcgtcttggtgagtggtgcagaagatggctccctgcatggctggatgctcaggagaaactcccttcagtccctgtggctgtcatccgtgtgccagaagcctgtgctggggctggctgcctcccaggagttcttggcttctgcctcagaggacttcacggtgcgactgtggccaagacagctgctgacacagccacatgcagtagaagagttgccctgtgcggctgaactccggggacacgaggggccggtgtgctgctgtagcttcagcccggatggacgcatcttggccacagcgggcagggatcggaatctcctctgctgggacgtcaaggtagcccaagcccctctcctgattcacacgttctcgtcctgtcatcgagactggatcactggctgtacgtggaccaaagacaacatcctgatctcctgctctagtgatggctctgtgggactctggaacccagaggcaggacagcaacttggccagttcccaggtcaccagagtgccgtgagcgctgtggttgctgtggaggaacacattgtatctgtgagtcgggatgggaccttgaaagtgtgggaccgtcagggtgtggagctgaccagcatccctgcccattccggacccattagccagtgtgcggctgctctggaaccccgtccagctggacagcctggatcagagcttctggtggtgactgttggactggatggggccacaaagctgtggcatcccctgttggtgtgccaaatacataccctgcagggacacagtggtccagtcacagctgctgctgcttcagaggcctcaggcctcctgctgacctcagacaatagctctgtacgactctggcagatccctaaggaagcagatgatacctgcaaacctaggagttctgcggtcatcaccgctgtggcgtgggcaccagatggttctctggtggtgtctggaaatgaagctggggaactaacgctgtggcagaaagcgcaggctgtggctacggcacgggctccaggccgcgtcagtgacctgatctggtgctccgcaaatgcattctttgttctcagtgctaatgaaaatgtcagtgagtggcaagtggaactgaggaaaggttcaacatgcaccaatttcagactttatctgaagagagttctgcaggaggacttgggagtcttgacaggtatggccctggcgcctgacggccagtctctcattttgatgaaagaggatgtagaattgctacagatgaagcccgggtctactccatcttcgatctgcaggaggtatgcagtgcattcttctatactgtgcaccagcaaagactatggcctgttttacctgcagcagggaaactctggatctctttctatcttggagcaggaggagtcagggaagtttgaaaagaccctggacttcaatctgaacttaaataatcctaatgggtccccagtatcaatcactcaggctgaacctgagtctgggtcctcgcttttgtgtgctacctctgatgggatgctgtggaacttatctgagtgtaccccagaaggagagtgggtcgtagataacatctggcagaaaaaatcaagaaaccctaaaagtcgaactccggggacagattcgtccccaggcttattctgcatggatagctgggtagaacccacacatttaaaggcacggcagtgtaaaaagattcacttgggctctgtcacggccctccatgtgctgcccggattgctggtgactgcttcagaggacagagatgttaagctgtgggagagacccagtatgcagctgctcggcttgttccgatgtgaagggccggtgagctgtctggaaccttggatggagcccagctctcccctgcagcttgctgtgggagatgcacaaggaaacttgtattttctatcttgggaatgaagatgaagaatcaggacaaagatggtgtcaccggatgatggtcacctgaagacaccagtgtctatattcttaataaggttataaaataaagtgttggaagatct

Amino Acids

Type of Sequence Genomic DNA Show Other

Swissprot NW_042967

Receptor 2D (GPCRDB)

Molecular Models

Functional Analysis Laboratory

Functional Analysis Reference

Microarray Experiment