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Hearing in the Elderly
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1990
Year
Auditory ProcessingPure-tone ThresholdsHealth SciencesAudiologyArtsAcoustic Reflex ThresholdsAcoustic ComplianceAuditory PhysiologyHearing PerceptionRehabilitationAuditory ResearchAuditory ScienceHuman HearingSpeech PerceptionGeriatric AudiologyHearing DetectionHearing Loss
Auditory function declines with age, as documented by many studies. This study expands the auditory data set by reporting results from the Framingham cohort's biennial exam 18. The study assessed 1 662 participants aged 60–90 using questionnaires, hearing‑sensitivity tests, acoustic‑compliance measures, and word‑recognition tests. Pure‑tone thresholds rose with age, with men showing poorer sensitivity but similar age‑related change; word‑recognition scores declined faster in men; acoustic compliance, middle‑ear pressure, and ipsilateral reflex thresholds were unaffected by age or gender, while contralateral 1 kHz reflex thresholds rose slightly with age, more in women; only 10 % of eligible participants used hearing aids.
Many studies have documented the decline in auditory function with age. We broaden that data base in this the first of a series of reports emanating from the auditory testing of the Framingham cohort during biennial exam 18. The results of the auditory questionnaire, hearing sensitivity, acoustic compliance measures, and word recognition tests obtained from 1662 men and women in their 60th through 90th decades are presented. Pure-tone thresholds increased with age but the rate of change with age did not differ by gender even though men had poorer threshold sensitivity. Maximum word recognition ability declined with age more rapidly in men than in women and was poorer in men than in women at all ages. Acoustic compliance and middle ear pressure did not vary with gender or age. Acoustic reflex thresholds to a contralateral stimulus at 1 kHz increased slightly with age, more in women than in men; ipsilateral acoustic reflex thresholds did not vary with age or gender. Hearing aids were being used in only 10% of subjects likely to benefit from amplification.