Scientists have created a more efficient and controlled way to produce lab-grown inner ear hair cells than current methods ...

Raphael said, "One of my very first grants was to develop a model of ion transport in the inner ear. It is always satisfying to achieve a unified mathematical model of a complex physiological process.

Zebrafish hair cells regrow via cyclin gene activity in specific cells, offering clues to future hearing restoration in ...

In the depths of your inner ear lies one of biology’s most intricate sound systems. A new discovery reveals that the cochlea ...

The novel compound AC102 almost completely reversed tinnitus in a preclinical model after a single dose. At the same time, ...

A new study details an efficient and scalable method to generate human inner ear hair-like cells in the lab, potentially offering a new tool for hearing loss research.

When it comes to the physics of hearing, researchers know that when sound reaches the cochlea, it is converted into electrical signals. Auditory hairs in the cochlea pass along the signals and ...

This model will not only facilitate further research of the human ear but may also help to improve and better adjust compensation devices for people with hearing impairment, including cochlear ...

Strikingly, null mutants of Foxi3 no inner ear at all and completely fail to initiate the inner ear program from its earliest stages. We’ve shown that the ectoderm in these mice continues to receive ...

Yet in The Innovation study, the team of scientists looked instead to the inner ear. They specifically chose the remains of a Lufengpithecus, an ape from China that has been extinct for 7 to 8 ...

Raphael said, “One of my very first grants was to develop a model of ion transport in the inner ear. It is always satisfying to achieve a unified mathematical model of a complex physiological ...