To understand gustatory physiology and associated dysfunctions it is important to know how oral taste stimuli are encoded both in the periphery and in taste-related brain centres. The identification of distinct taste receptors, together with electrophysiological recordings and behavioral assessments in response to taste stimuli, suggest that information about distinct taste modalities (e.g. sweet versus bitter) are transmitted from the periphery to the brain via segregated pathways. By contrast, gustatory neurons throughout the brain are more broadly tuned, indicating that ensembles of neurons encode taste qualities. Recent evidence reviewed here suggests that the coding of gustatory stimuli is not immutable, but is dependant on a variety o...
The mammalian taste system is responsible for sensing and responding to the five basic taste qualiti...
The gustatory cortex (GC) has long been studied as the main cortical area encoding taste stimuli and...
Complementary neuronal recordings in primates, and functional neuroimaging in humans, show that the ...
The gustatory system encodes information about chemical identity, nutritional value, and concentrati...
SummaryIn most species, the sense of taste is key in the distinction of potentially nutritious and h...
Abstract Although there have been many recent advances in the field of gustatory neurobiology, our k...
Abstract. Debates on gustatory neural coding have been dominated by a small number of fun-damental i...
There are five types of taste receptor cell, sweet, salt, bitter, sour, and umami (protein taste). T...
Despite its high biological relevance in the regulation of eating behavior, little is known about th...
Gustatory novelty ‘detection requires the comparison between on line sensorial information and off l...
The taste system provides important information about the edibility and makro-nutrient content of a ...
Complementary neurophysiological recordings in macaques and functional neuroimaging in humans show t...
Complementary neurophysiological recordings in macaques and functional neuroimaging in humans show t...
The taste system that is one of the fundamental functions for life is responsible for selecting and ...
Flavor reflects taste, olfactory, and oral texture inputs, and can be influenced by the sight of foo...
The mammalian taste system is responsible for sensing and responding to the five basic taste qualiti...
The gustatory cortex (GC) has long been studied as the main cortical area encoding taste stimuli and...
Complementary neuronal recordings in primates, and functional neuroimaging in humans, show that the ...
The gustatory system encodes information about chemical identity, nutritional value, and concentrati...
SummaryIn most species, the sense of taste is key in the distinction of potentially nutritious and h...
Abstract Although there have been many recent advances in the field of gustatory neurobiology, our k...
Abstract. Debates on gustatory neural coding have been dominated by a small number of fun-damental i...
There are five types of taste receptor cell, sweet, salt, bitter, sour, and umami (protein taste). T...
Despite its high biological relevance in the regulation of eating behavior, little is known about th...
Gustatory novelty ‘detection requires the comparison between on line sensorial information and off l...
The taste system provides important information about the edibility and makro-nutrient content of a ...
Complementary neurophysiological recordings in macaques and functional neuroimaging in humans show t...
Complementary neurophysiological recordings in macaques and functional neuroimaging in humans show t...
The taste system that is one of the fundamental functions for life is responsible for selecting and ...
Flavor reflects taste, olfactory, and oral texture inputs, and can be influenced by the sight of foo...
The mammalian taste system is responsible for sensing and responding to the five basic taste qualiti...
The gustatory cortex (GC) has long been studied as the main cortical area encoding taste stimuli and...
Complementary neuronal recordings in primates, and functional neuroimaging in humans, show that the ...