tympanostapedial Sentences

The tympanostapedial anatomy is highly intricate and essential for auditory function.

During a tympanostapedial procedure, the surgeon must handle the tiny structures of the middle ear with great precision.

The tympanostapedial ossicle is vital for the proper transmission of sound from the eardrum to the inner ear.

After examining the tympanostapedial region, the doctor noticed signs of fluid accumulation, which can impair hearing.

The tympanostapedial membrane, also known as the ear drum, is incredibly thin and susceptible to damage.

The tympanostapedial process often involves surgically inserting a ventilation tube to help drain fluid from the middle ear.

The tympanostapedial region is prone to infections, which can cause hearing loss if left untreated.

The tympanostapedial chain, comprising the malleus, incus, and stapes, is central to the ear's ability to hear.

The tympanostapedial ossicles are connected by ligaments that help stabilize and facilitate the transmission of sound.

The tympanostapedial procedure was necessary due to chronic ear infections that had led to otitis media.

The tympanostapedial membrane's elasticity is crucial for its protective and sensory functions.

The tympanostapedial tube placement involves creating a small hole in the ear drum for improved ventilation.

The tympanostapedial procedure can be performed using various techniques, including laser-assisted myringotomy.

The tympanostapedial region is often the focal point for characterizing various types of ear diseases.

The tympanostapedial ossicle, being the smallest bone in the body, plays a key role in the auditory system.

The tympanostapedial function is vital for maintaining auditory health in childhood.

The tympanostapedial pathway, though small, is critical for the ear's overall function.

The tympanostapedial diagnostic process involves thorough visualization and evaluation of the ear's structures.