Sentence examples for middle ear sound from inspiring English sources

McElveen et al. [34] conducted a total 6 temporal bone experiments to study the effect of mastoid cavity modification on middle ear sound transmission.

We evaluated the effect of malleus presence or absence on middle ear sound transmission after middle ear reconstruction in a temporal bone model.

Our results showed that, first, blocking the aditus improves middle ear sound transmission in the 1500- to 2500-Hz rande andecreaseses displacement in frequencies below 1000 Hz when compared with the normal ear.

It appeared that the results from the temporal bone experiments and the FE-predicted results match, namely that blocking the aditus improves middle ear sound transmission in the 1500 to 2500 Hz range and decreases displacement in the low frequencies below 1000 Hz when compared with the normal ear.

Without a middle ear, sound waves cannot be transported to the inner ear.

Conductive hearing loss occurs when a condition of the outer or middle ear prevents sound from being conducted to the cochlea in the inner ear.

The first module of the Meddis model corresponds to the middle ear where sound waves are converted into stapes displacement.

The tympanic membrane, included in the middle ear, transfers sound waves into mechanical vibration from the ear canal into the middle ear.

We recorded the middle ear response to sound stimuli from 3 to 11 kHz at 80 dB SPL.

The middle ear gives us our sound bite, our capacity to masticate without being forced to turn a momentarily deaf ear to the world, as most other vertebrates are.

Despite having a fully functioning middle ear, these animals sensed sound pressure even better than their lungfish predecessors.