Traditional approaches to segmenting retinal vessels, brain tumors, and inner ear structures are typically based on extracting features manually. Machine learning approaches such as support vector ...

sensorineural hearing loss usually results from middle- or inner-ear disorders. Figure 1B. High-frequency sounds cause basilar membrane near base of cochlear duct to vibrate; low-frequency sounds ...

This motion propels sound deeper into the inner ear, into a snail-shaped organ called the cochlea. The cochlea contains fluid, hair cells, and a structure called the basilar membrane. The ...

The inner ear, which consists of the cochlea and vestibular systems ... Biotechnology advancements such as transgenic mice expressing specific nuclear-and membrane-bound fluorescent proteins, ...

The job of the middle ear is to turn sound waves into vibrations before they get to your inner ear. Doctors classify issues in this area a few different ways. For instance: Acute otitis media.

In this study, we present a control case and four test cases to focus on two major questions: whether sounds and outer-hair-cell motility affect inner ear drug delivery. The control experiment ...

However, exposure to loud noises can also cause permanent damage to your inner ear or auditory nerve. Sensorineural hearing loss (SNHL) is caused by problems with the structures in the inner ear ...

Baylor College of Medicine and its clinics will be closed Tuesday, Jan. 21, due to expected hazardous weather conditions. Patients will be contacted for rescheduling.

This procedure involves creating a small hole in the eardrum and draining a small amount of fluid from the inner ear. This fluid can then be tested to determine the cause of the infection.

Most healthcare professionals advise against cleaning the inner ear in this way, as it can push the wax further in, exacerbate the problem, or even cause injury. The best approach is often to ...