Application-Based Hearing Screening in the Elderly Population.

OBJECTIVES: The effects of age-related hearing loss are severe. Early detection is essential for maximum benefit. However, most hearing-impaired adults delay obtaining treatment. Diagnostic hearing testing at an appropriate facility is impractical, and new methods for screening audiometry aim to provide easy access for patients and reliable outcomes. The purpose of this study was to examine the accuracy of application-based hearing screening in an elderly population. METHODS: The uHear application was downloaded to an iPad. Application-based hearing screening was performed in a non-soundproofed quiet room, and subsequently all participants underwent full diagnostic audiometry in a soundproof booth. RESULTS: Sixty patients were recruited and completed both tests. Significant differences were observed between the hearing results obtained with the application and the standard audiogram at all frequencies and in both ears. Following subtraction of a constant factor of 25 dB from the application-based results in order to compensate for ambient noise, no significant differences in pure tone average were found between the 2 methods. CONCLUSIONS: The uHear application is inaccurate in assessing hearing thresholds for screening in the elderly. However, when site-specifically corrected, the uHear application may be used as a screening tool for hearing loss in an elderly population.

Universal newborn hearing screening in Zefat, Israel: the first two years.

OBJECTIVE: Unidentified hearing loss at birth can adversely affect speech and language development as well as academic achievement and social-emotional development. Historically, moderate-to-severe hearing loss in young children was not detected until well beyond the newborn period. Around 0.5 to 5 in every 1000 neonates and infants have congenital or early childhood onset sensorineural hearing impairment. When identification and intervention occur at no later than 6 months of age, the infants perform much higher on school-related measures. Therefore, early detection is vitally important. Toward the end of 2009, the Israeli ministry of health issued a directive establishing a universal newborn hearing screening program in all hospitals in the country from 01.01.10. The objectives of this study are to evaluate a newly established universal newborn hearing screening program, to assess performance and to compare measurements of performance to performance benchmarks representing a consensus of expert opinion. The benchmarks are the minimal requirements that should be attained by high-quality early hearing detection programs. METHODS: As specified by the ministry of health, a two-stage screening protocol was implemented using otoacoustic emissions and automated auditory brainstem response. Screening results of all neonates born from the initiation of the program on 15th March 2010 until the end of 2011 were reviewed. RESULTS: The total number of live births during the study period was 5496. Of these, 5334 (97%) started screening for hearing loss but only 5212 completed the screening process, giving a screening coverage of 94.8%. Of the 5212 neonates completing the screening process, 270 (5.18%) were referred for full diagnostic testing. CONCLUSIONS: The newly established universal newborn hearing screening program at the Ziv Medical Center in Zefat closely approaches, but does not yet meet the minimal requirements that should be attained by high-quality early hearing detection programs. Every effort should be made to complete the screening tests before discharge from hospital. Screening staff should actively encourage parents to participate in all stages of early detection.