Hough Ear Institute has developed a rat model of tinnitus and hidden hearing loss to advance research into new treatments for the chronic condition.

Sound vibrations cause the stereocilia to sway ... allowed sounds in the air to come into direct contact with the inner ear without traveling through the skull and other tissues.

A spiral-shaped organ inside your inner ear called your cochlea contains tiny hairs known as stereocilia. These hairs convert vibrations from sound waves into neural signals that your auditory ...

When sound waves reach the ear, they create vibrations in the inner ear fluid. These vibrations cause the stereocilia to bend, stretching the tip links that connect them. This stretching opens ion ...

Stereocilia are tiny, hair-shaped cells – hence their common name – that line your inner ear. They’re extremely sensitive to vibrations, and send those signals to the brain to be processed ...

Each hair cell has stereocilia — tiny hair-like projections ... The ears are also vital for maintaining balance. The inner ear contains the vestibular system, a part of the body that is ...

SNHL is a type of hearing loss that occurs as a result of inner ear damage. It can develop when tiny hairs — stereocilia — become damaged and die off. These hairs are in a part of the inner ...

Summary: Around 100 of specific hair cells in the inner ear, called stereocilia could act as effective biological compass needles, allowing animals to accurately sense magnetic fields around them. The ...

The inner ear consists of a group of interconnected ... The ‘hairs’ of these cells are specialised cell membrane extensions termed stereocilia; they are in close proximity to, and almost touching, a ...

Stereocilia cells in the ear, of different lengths: short due to a genetic mutation (left), intermediate length in the middle, and long (right) after treatment with the protein EPS8 (magenta ...

The stereocilia are the microscopic or nano-sized ... us and are transferred and amplified from the ear drum to the inner ear by the small middle ear bones. Taken together, the findings from ...

Stereocilia are actin-based cell protrusions on the apical surface of inner ear hair cells, playing a pivotal role in hearing and balancing sensation. The development and maintenance of stereocilia is ...