BUFFALO, N.Y. — Some taste cells are multitaskers that can detect bitter, sweet, umami and sour stimuli, a new study finds. The research challenges conventional notions of how taste works. In the past ...

The tongue contains numerous taste buds—tiny sensory organs responsible for detecting taste. Taste buds consist of specialized cells that translate chemical stimuli into neural signals. Among them, ...

Sweet-sensing taste cells, supported by the protein c-Kit, show remarkable resilience when nerves are damaged, unlike other taste cells that quickly degenerate. Blocking c-Kit with the drug imatinib ...

Scientists have identified molecular and structural changes in taste buds that may explain why a small subset of people experience long-term taste loss after COVID-19 infection. The study, published ...

Past studies have shown that the human sweet taste receptor conveys sweet perception in the mouth and may help regulate glucose metabolism throughout the body. At the same time, the anti-inflammatory ...

We’ve all heard of the five tastes our tongues can detect: sweet, sour, bitter, savory-umami, and salty. But the real number is actually six, because we have two separate salt-taste systems. One of ...

Even after the virus disappears, some people continue to experience altered taste. New research suggests that subtle molecular changes in taste receptor cells, not visible damage, may explain why ...

It’s no secret that teenagers love snacks, whether salty or sweet. At West Mesquite High School, AP biology teacher Melinda Evans is using that love of snacks to help her students understand how cells ...

A) Taste tissue of wild-type mice and taste cell synaptic dysfunction mice (SNAP-cKO). In SNAP-cKO mice, the number of sour-sensing cells is reduced. B) Gustatory nerve responses to various taste ...