Audiogram

The audiogram is a crucial diagnostic tool in assessing hearing loss in children.

The patient's audiogram showed a significant decline in hearing ability in both ears.

The musician was concerned about their hearing, so they asked for an audiogram to be done.

The doctor recommended an audiogram for the baby with a family history of hearing loss.

The hearing specialist analyzed the audiogram to determine the type and degree of hearing loss.

The hearing specialist used an audiogram to determine the patient's hearing thresholds.

The school required an audiogram for all new students.

The occupational therapist evaluated his hearing ability using an audiogram.

The audiogram was used to identify the source of the sound distortion in the recording.

The audiogram displayed the sound waves of the thunderstorm, adding to the film's realism.

The hearing-impaired student's audiogram indicated the need for hearing aids to improve their classroom experience.

The audiologist explained the results of the audiogram, pointing out the areas where the patient's hearing was weakest.

The sound engineer created an audiogram to visualize the different frequencies in the music.

The audiogram confirmed that the noise pollution from the construction site was affecting the residents' hearing.

The military requires all recruits to undergo an audiogram to ensure they meet the hearing standards.

The concert venue provided an audiogram to attendees to warn them of the potential for hearing damage.

The hearing specialist created an audiogram to determine the best hearing aids for the patient.

The technician calibrated the audiogram machine before beginning the test.

The hearing specialist used the audiogram to assess the patient's eligibility for cochlear implants.

The audiogram results showed that the patient had a mild hearing loss in both ears.

The child's audiogram showed significant hearing loss, leading to the recommendation of hearing aids.

The school required all students to undergo an audiogram test as part of their health screening.

The audiogram test was painless and took only a few minutes to complete.

The audiogram indicated that the patient's hearing had improved since their last test.

The patient's employer requested an audiogram after they reported difficulty hearing in noisy environments.

The audiogram showed that the patient had hearing loss in the high frequencies.

The speech therapist used the audiogram to create a personalized therapy plan.

The audiogram revealed that the patient's tinnitus was due to noise-induced hearing loss.

The audiogram revealed that the patient had a progressive hearing loss that would require ongoing monitoring.

The audiogram results indicated that the patient had a conductive hearing loss.

The school nurse reviewed the audiogram of the student who was having difficulty hearing in class.

The company required an audiogram from employees who worked in noisy environments to monitor their hearing health.

The audiogram showed that the patient had normal hearing sensitivity in the low-frequency range.

The speech therapist used the audiogram to identify the patient's speech sound errors.

The patient's audiogram revealed a significant hearing loss in one ear.

The child's school performance improved after he received an audiogram and was fitted with hearing aids.

He was surprised to see the shape of his audiogram, which showed a dip in the mid-frequency range.

The hearing aid specialist used the audiogram to program the patient's new device.

The audiogram displayed a pattern of high-frequency hearing loss.

The audiologist interpreted the audiogram to determine the patient's degree of hearing loss.

The audiogram was used to monitor the progression of the patient's hearing loss over time.

She was diagnosed with hearing loss after her audiogram results came back.

The audiogram showed that the patient's hearing had deteriorated over time.

The doctor ordered an audiogram to diagnose the cause of the patient's hearing loss.

The audiogram showed that the patient had a conductive hearing loss.

The hearing specialist used an audiogram to evaluate the patient's hearing ability.

The audiogram revealed that the patient's hearing loss was due to damage in the inner ear.