By examining the microscopic inner ears ... to tiny hairs deep inside their cochlea. When sound waves cause these hairs to vibrate, swirled masses of nerve cells connected to those hairs pick ...

It’s used to help hearing loss in adults, children, and babies. The device works by electrically stimulating the cochlear nerve. It has external and inner components. The external component is ...

of the temporal bones to evaluate the anatomy of the cochlea and auditory nerve. This process is intended to identify issues that would either exclude a child from receiving a cochlear implant or ...

Your ears are your organs of hearing. In order to hear, however, you also need your cochlear nerves to transmit nerve impulses to your brain, which then interpret the sounds coming from the world ...

A technique called auditory brainstem implantation can restore hearing for patients who can't benefit from cochlear implants. A team of experts has mapped out the surgical anatomy and approaches ...

Normally, microscopic ... noises or other factors. Cochlear implants substitute for the missing hair cells, sending electrical impulses to directly activate auditory nerves in the brain.

Over the last couple of decades, many people have regained hearing functionality with the most successful neurotech device to date: the cochlear implant. But for those whose cochlear nerve is too ...

The auditory brainstem implant (ABI) is useful for those whose cochlear nerve is too damaged for a ... scaled to macaque anatomy, for the analysis of auditory perception evoked by electrical ...

Okay, a quick anatomy lesson ... the cochlea is functional, but one of the ossicles -- the stapes -- doesn’t vibrate with enough force to stimulate the auditory nerve. A middle-ear implant ...