International audienceThe molecules that elicit taste sensation are perceived by interacting with the taste receptors located in the taste buds. Enzymes involved in the detoxification processes are found in saliva as well as in type II cells, where taste receptors, including bitter taste receptors, are located. These enzymes are known to interact with a large panel of molecules. To explore a possible link between these enzymes and bitter taste perception, we demonstrate that salivary glutathione transferases (GSTA1 and GSTP1) can metabolize bitter molecules. To support these abilities, we solve three X-ray structures of these enzymes in complexes with isothiocyanates. Salivary GSTA1 and GSTP1 are expressed in a large panel of subjects. Addi...
AbstractIndividual differences in perception are ubiquitous within the chemical senses: taste, smell...
Background Carbonic anhydrase VI (CA VI) is a secretory isozyme of the α-CA gene family. It is hi...
The gustatory system plays a critical role in determining food preferences and food intake, in addit...
International audienceThe molecules that elicit taste sensation are perceived by interacting with th...
International audienceFlavour perception results from the interactions of many molecules in mouth, i...
Flavour perception results from the interactions of many molecules in mouth, including the ones that...
The detection of bitterness occurs via well characterized receptors located in taste buds on the ton...
International audienceFlavor is the main factor determining food acceptability. Flavor corresponds t...
Humans perceive thousands of compounds as bitter. In sharp contrast, only;25 taste 2 receptors (TAS2...
Earlier, a family of G protein-coupled receptors, termed T2Rs, was identified in the rodent and huma...
International audienceUnderstanding how chemicals code for a certain type of taste is fundamental fo...
Background: Alleles of the receptor gene TAS2R38 are responsible in part for the variation in bitter...
SummaryHuman bitter taste is mediated by the hTAS2R family of G protein-coupled receptors [1–4]. The...
AbstractIndividual differences in perception are ubiquitous within the chemical senses: taste, smell...
Background Carbonic anhydrase VI (CA VI) is a secretory isozyme of the α-CA gene family. It is hi...
The gustatory system plays a critical role in determining food preferences and food intake, in addit...
International audienceThe molecules that elicit taste sensation are perceived by interacting with th...
International audienceFlavour perception results from the interactions of many molecules in mouth, i...
Flavour perception results from the interactions of many molecules in mouth, including the ones that...
The detection of bitterness occurs via well characterized receptors located in taste buds on the ton...
International audienceFlavor is the main factor determining food acceptability. Flavor corresponds t...
Humans perceive thousands of compounds as bitter. In sharp contrast, only;25 taste 2 receptors (TAS2...
Earlier, a family of G protein-coupled receptors, termed T2Rs, was identified in the rodent and huma...
International audienceUnderstanding how chemicals code for a certain type of taste is fundamental fo...
Background: Alleles of the receptor gene TAS2R38 are responsible in part for the variation in bitter...
SummaryHuman bitter taste is mediated by the hTAS2R family of G protein-coupled receptors [1–4]. The...
AbstractIndividual differences in perception are ubiquitous within the chemical senses: taste, smell...
Background Carbonic anhydrase VI (CA VI) is a secretory isozyme of the α-CA gene family. It is hi...
The gustatory system plays a critical role in determining food preferences and food intake, in addit...