Journal of Biological Chemistry · 2021 · 16 citations · 41 references
Life SciencesNeurobiologyNeuroscienceCell SignalingMolecular NeuroscienceSignal TransductionAmino Acid Sequence DeterminantsNeurotransmissionNeurotransmitter ReceptorsOlfactory NeurobiologyOlfactory NeuroscienceOlfactory SystemsBiogenic Amine DetectionComparative Olfactory PhysiologyG-protein-coupled ReceptorsLigand Binding AffinityOdorant-binding ProteinsOlfactory Receptor FunctionOlfactory SignalingResidue-residue Interactions
. These results suggest a conserved mechanism whereby independently evolved TAAR receptors recognize amines with two, three, or four amino groups using the same recognition sites, at which sTAAR365 and mTAAR9 evolved distinct motifs. These motifs interact directly with the amino groups of the polyamines, a class of potent and ecologically important odorants, mediating olfactory signaling.
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Trends in Neurosciences · 1982 · 9.2K citations
Journal of Affective Disorders · 1985 · 1.3K citations · Full text