Cell membranes protect and organize cells. All cells have an outer plasma membrane that regulates not only what enters the cell, but also how much of any given substance comes in. Unlike prokaryotes, ...

Modern cells are complex chemical entities with cytoskeletons, finely regulated internal and external molecules, and genetic material that determines ...

A surprising new function of essential hearing proteins may explain why some genetic mutations and common antibiotics lead to permanent deafness.

Scientists link TMC protein membrane disruption to hearing loss, showing how mutations, drugs and noise trigger hair cell ...

Researchers describe a natural product-like molecule, Tantalosin, that inhibits interaction between two proteins in complexes that reshape membranes inside the cell. The findings lead to a deeper ...

Proteins long known to be essential for hearing have been hiding a talent: they also act as gatekeepers that shuffle fatty ...

Researchers shifted the focus to the internal properties of the membrane itself, specifically its viscosity, highlighting its critical role in controlling deformation and dynamics during essential ...

A study could open new pathways for understanding how cholesterol influences cell membranes and their receptors, paving the way for future research on diseases linked to membrane organization. A new ...

Inside the human body, countless microscopic processes keep us alive and functioning. Fluids move, gases are exchanged, and charged particles flow in and out of cells to maintain balance. One of the ...

Researchers at the National Institute on Deafness and Other Communication Disorders have identified a previously unknown mechanism that destroys the sensory hair cells of the inner ear, a discovery ...

Researchers discover that hearing-essential proteins (TMC1/TMC2) also regulate cell membranes, and their malfunction is a primary cause of permanent hearing loss.