Hair cells convert mechanical input into electro-chemical signals which are transmitted to and interpreted by the central nervous system. Each of the two systems has developed its specialized way for ...

Fully incorporating our current understanding of vestibular neurophysiology into prosthesis design and clinical application will be integral to the development of the next generation of vestibular ...

The inner ear also contains the vestibular organ that is responsible for balance. Research Shows A Closer Look at the Cochlea A small portion of a rodent’s cochlea is captured in this image. In green ...

Hair cells are highly specialized cells, attached to be basement membrane in the organ of corti within the cochlea. They have hair-like protrusions (stereocilia) embedded in the tectorial membrane.

Research into organ of Corti hair-cell regeneration is ongoing and may ... Its roof is formed by the vestibular (Reissner's) membrane, which separates it from the scala vestibuli.

The vestibular nerve is responsible for balance, motion, and position. Your inner ear sits in a hollowed-out part of the temporal bone (located on the side and base of your skull). The cochlea, which ...

To discover how brain cells respond to microgravity, ... Dec. 13, 2024 — Intermittent fasting has proven benefits for metabolic health, but a new study shows that it could slow hair growth -- at ...

45 Both of these preliminary results require confirmation but are nevertheless encouraging. Vestibulotoxicity due to aminoglycosides is secondary to damage of the hair cells in the vestibular system ...

Vitamins do many amazing things for hair: They can aid in cell growth, prevent free radicals from damaging it, keep it from graying prematurely and nourish the follicles that stimulate growth.

There are vitamin deficiencies that cause hair loss too. These nutrients are essential for maintaining healthy hair follicles, promoting cell growth, and improving blood flow to the scalp. While ...