Amphiphilic substances may stimulate cellular events through direct activation of G-proteins. The present experiments indicate that several amphiphilic sweeteners and the bitter tastant, quinine, activate transducin and Gi/Go-proteins. Concentrations of taste substances required to activate G-proteins in vitro correlated with those used to elicit taste. These data support the hypothesis that amphiphilic taste substances may elicit taste through direct activation of G-proteins
AbstractIn mammals, taste perception is a major mode of sensory input. We have identified a novel fa...
none8Several neural and humoral mechanisms are known to control gut functions before, during and af...
The present review has been developed as part of the VIRTUOUS project, funded by the European Union'...
Amphiphilic substances may stimulate cellular events through direct activation of G-proteins. The pr...
Amphiphilic substances may stimulate cellular events through direct activation of G-proteins. The pr...
AbstractTwo G-protein-coupled receptors have been identified that are present in the apical membrane...
AbstractOur understanding of the molecular basis of taste transduction has lagged behind that of oth...
The sense of taste is as ubiquitous and essential to us as the other senses of touch, sight, hearing...
We examined the necessity of a-gustducin, a G protein a-subunit expressed in taste cells, to taste-m...
We examined the necessity of a-gustducin, a G protein a-subunit expressed in taste cells, to taste-m...
We examined the necessity of a-gustducin, a G protein a-subunit expressed in taste cells, to taste-m...
AbstractTwo G-protein-coupled receptors have been identified that are present in the apical membrane...
AbstractTaste represents a major form of sensory input in the animal kingdom. In mammals, taste perc...
The gustatory system subjects ingested food to ‘quality control’ that prevents consumption of harmfu...
Several neural and humoral mechanisms are known to control gut functions before, during and after f...
AbstractIn mammals, taste perception is a major mode of sensory input. We have identified a novel fa...
none8Several neural and humoral mechanisms are known to control gut functions before, during and af...
The present review has been developed as part of the VIRTUOUS project, funded by the European Union'...
Amphiphilic substances may stimulate cellular events through direct activation of G-proteins. The pr...
Amphiphilic substances may stimulate cellular events through direct activation of G-proteins. The pr...
AbstractTwo G-protein-coupled receptors have been identified that are present in the apical membrane...
AbstractOur understanding of the molecular basis of taste transduction has lagged behind that of oth...
The sense of taste is as ubiquitous and essential to us as the other senses of touch, sight, hearing...
We examined the necessity of a-gustducin, a G protein a-subunit expressed in taste cells, to taste-m...
We examined the necessity of a-gustducin, a G protein a-subunit expressed in taste cells, to taste-m...
We examined the necessity of a-gustducin, a G protein a-subunit expressed in taste cells, to taste-m...
AbstractTwo G-protein-coupled receptors have been identified that are present in the apical membrane...
AbstractTaste represents a major form of sensory input in the animal kingdom. In mammals, taste perc...
The gustatory system subjects ingested food to ‘quality control’ that prevents consumption of harmfu...
Several neural and humoral mechanisms are known to control gut functions before, during and after f...
AbstractIn mammals, taste perception is a major mode of sensory input. We have identified a novel fa...
none8Several neural and humoral mechanisms are known to control gut functions before, during and af...
The present review has been developed as part of the VIRTUOUS project, funded by the European Union'...