Although sweet, bitter and umami (monosodium glutamate) tastes are different, researchers are finding that information about each of these tastes is transmitted from the various taste receptors via a ...

The sweet taste cells that respond to sugars and sweeteners on the tongue also contain digestive enzymes capable of converting sucrose (table sugar) into glucose and fructose, simple sugars that can ...

Neuroscientists have found a pathway in the brain where taste and pain intersect in a new study that originally was designed to look at the intersection of taste and food temperature. This study was ...

Durham, N.C. – Duke University Medical System researchers have discovered there are differing taste pathways for nicotine, which could provide a new approach for future smoking-cessation products. "We ...

The mouse tongue contains hundreds of taste buds. Each houses dozens of taste receptor cells (TRCs), which can detect five basic qualities of taste: bitter, sweet, sour, salty and umami 2. In most ...

The orosensory responses elicited by nicotine are relevant for the development and maintenance of addiction to tobacco products. However, although nicotine is described as bitter tasting, the ...

The discovery of ‘gut enzymes’ in sweet taste receptors on the tongue could point industry towards a new route in the development of non-caloric sweeteners, say those behind the research. Sweet taste ...

“You don’t know what you’re missing till it’s gone” is a truism that certainly applies to taste. It took a pandemic for taste to get attention. Severe acute respiratory syndrome coronavirus 2 ...

Taste buds are composed of two excitable cell types and a glia-like cell; each type of cell has distinct functions. Basic taste qualities are detected by G protein-coupled type 1 and type 2 taste ...

Most everyone understands that a major role of our sense of taste is to inform us when sugar is present in foods and beverages by eliciting sweetness on our tongues. A study led by the Monell Chemical ...

Understanding the biological mechanisms responsible for detecting the salty taste will help create solutions to combat the health problems caused by overconsumption of salt, a study has determined. An ...

University of Oklahoma neuroscientists have found a pathway in the brain where taste and pain intersect in a new study that originally was designed to look at the intersection of taste and food ...