Usage Examples
Filter by Meaning A tympanic membrane rupture can cause hearing loss.
The tympanic membrane is a thin layer of tissue that separates the ear canal from the middle ear.
The tympanic bone, also known as the auditory ossicle, is one of the smallest bones in the human body.
The audiologist used a tympanometer to measure the function of the patient's middle ear and tympanic membrane.
The otolaryngologist performed a myringotomy, a surgical procedure that involves making a small incision in the tympanic membrane to relieve pressure and fluid buildup.
The tympanic reflex is an involuntary contraction of the muscles in the middle ear that occurs in response to loud sounds.
The earplugs effectively reduced the amount of sound that reached the tympanic membrane during the concert.
The cochlear implant bypasses the tympanic membrane and directly stimulates the auditory nerve to provide hearing to people with severe hearing loss.
The tympanic membrane is a thin, delicate layer of tissue.
The tympanic membrane is a thin layer of tissue that separates the ear canal from the middle ear.
A ruptured tympanic membrane can cause hearing loss and infection.
The doctor used a tuning fork to test the patient's tympanic response.
The tympanic cavity is a small, air-filled space in the middle ear.
The tympanic reflex is an important function of the ear for protecting against loud noises.
The ear specialist recommended a tympanic implant to improve hearing.
The tympanic muscle helps to control the tension of the eardrum.
The child's ear infection affected their tympanic membrane.
The doctor used an otoscope to examine the patient's tympanic membrane.
The patient reported feeling pain and pressure in the tympanic area of the ear.
The contraction of the tympanic muscle helps to protect the eardrum from loud noises.
The activation of the tympanic muscle can cause a feeling of fullness or pressure in the ear.
The function of the tympanic muscle is to dampen the vibrations of the ossicles in the middle ear.
Damage to the tympanic muscle can result in hearing loss or tinnitus.
The contraction of the tympanic muscle is controlled by the tensor tympani nerve.
The absence or weakness of the tympanic muscle can cause problems with hearing and balance.
The stapedius and the tympanic muscles work together to regulate the transmission of sound through the middle ear.
The relaxation of the tympanic muscle allows for greater sensitivity to low-frequency sounds.
The tympanic muscle is responsible for dampening loud sounds to prevent damage to the ear.
The function of the tympanic muscle is to stabilize the eardrum.
The tympanic muscle is one of the smallest muscles in the human body.
The tension in the tympanic muscle can be affected by stress.
The tympanic muscle is connected to the malleus bone in the middle ear.
The stiffness of the tympanic muscle can affect hearing sensitivity.
The tension of the tympanic muscle can be measured through a test called tympanometry.
The tympanic bone is one of the three small bones in the middle ear that are involved in hearing.
The location and orientation of the tympanic bone can also impact its mechanical properties and hearing function.
The attachment of the tympanic bone to the eardrum can be affected by infections or trauma, leading to hearing loss.
The movement of the tympanic bone is amplified by the other bones in the middle ear and transmitted to the inner ear.
The measurement of the movement of the tympanic bone in response to sound waves can be used to diagnose hearing loss and other middle ear disorders.
The tympanic bone is located in the middle ear and helps transmit sound waves to the inner ear.
The study of the development and evolution of the tympanic bone across different species can shed light on the evolutionary origins of hearing and communication.
The damage to the tympanic bone can result in hearing loss or other auditory problems.
The tympanic bulla is a bony structure in the middle ear of some mammals.
The stapedius muscle is responsible for regulating the movement of the tympanic membrane.
The tympanic membrane separates the outer ear from the middle ear.
The surgeon made an incision in the tympanic membrane to perform the procedure.
The tympanic nerve innervates the tympanic membrane.
The function of the tympanic membrane is to transmit sound vibrations.
The tympanic branch of the glossopharyngeal nerve supplies sensory fibers to the middle ear.
The auditory ossicles are located in the tympanic cavity.
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