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      Impact of self-assessed hearing loss on a spouse: a longitudinal analysis of couples.

      The Journals of Gerontology Series B: Psychological Sciences and Social Sciences
      Adaptation, Psychological, Aged, Aged, 80 and over, Female, Health Status, Hearing Loss, psychology, Humans, Logistic Models, Longitudinal Studies, Male, Middle Aged, Multivariate Analysis, San Francisco, Sex Factors, Social Adjustment, Spouses

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          Abstract

          Hearing loss is increasingly common among older persons and is negatively associated with health and well-being. Its impact on spouses, however, is poorly researched. This study analyzed the relationship between a spouse's self-assessed hearing loss and his or her partner's physical, psychological, and social well-being 5 years later. Subjects were 418 older married couples from the Alameda County Study. Hearing loss and adjustment variables were assessed in 1994 and outcomes in 1999. Longitudinal analyses included multivariate statistical models using generalized estimating equations to adjust for paired data and partners' hearing loss, age, gender, chronic conditions, and financial problems. Spouse hearing loss increased the likelihood of subsequent poorer physical, psychological, and social well-being in partners. The negative impact of husbands' hearing loss on wives' well-being appears stronger than the reverse. Findings suggest that early diagnosis and treatment of hearing loss constitute important clinical strategies to enhance the well-being of both hearing-impaired individuals and their spouses and support policy change to cover hearing devices by insurance. Further research incorporating theoretical perspectives from communication theory and qualitative methodology would enhance understanding of how hearing loss impacts older couples and support refinement of interventions to promote quality of life.

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          A Guttman health scale for the aged.

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            Gender differences in a longitudinal study of age-associated hearing loss.

            Current studies are inconclusive regarding specific patterns of gender differences in age-associated hearing loss. This paper presents results from the largest and longest longitudinal study reported to date of changes in pure-tone hearing thresholds in men and women screened for otological disorders and noise-induced hearing loss. Since 1965, the Baltimore Longitudinal Study of Aging has collected hearing thresholds from 500 to 8000 Hz using a pulsed-tone tracking procedure. Mixed-effects regression models were used to estimate longitudinal patterns of change in hearing thresholds in 681 men and 416 women with no evidence of otological disease, unilateral hearing loss, or noise-induced hearing loss. The results show (1) hearing sensitivity declines more than twice as fast in men as in women at most ages and frequencies, (2) longitudinal declines in hearing sensitivity are detectable at all frequencies among men by age 30, but the age of onset of decline is later in women at most frequencies and varies by frequency in women, (3) women have more sensitive hearing than men at frequencies above 1000 Hz but men have more sensitive hearing than women at lower frequencies, (4) learning effects bias cross-sectional and short-term longitudinal studies, and (5) hearing levels and longitudinal patterns of change are highly variable, even in this highly selected group. These longitudinal findings document gender differences in hearing levels and show that age-associated hearing loss occurs even in a group with relatively low-noise occupations and with no evidence of noise-induced hearing loss.
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              Age- and gender-specific reference ranges for hearing level and longitudinal changes in hearing level.

              This paper presents age-specific reference ranges for hearing level and change in hearing level for men and women at 500, 1000, 2000, and 4000 Hz. The percentiles are constructed from data obtained from persons in the Baltimore Longitudinal Study of Aging who were rigorously screened for otological disorders and evidence of noise-induced hearing loss. The resulting percentile curves represent norms for changes in hearing level in the absence of any known otologic disease. These percentile curves provide a reference for detecting when a person deviates from a normal pattern of change, thus helping in diagnosing problems with hearing or in monitoring hearing in occupational settings. The smoothed means and standard deviations of the hearing levels were used to construct the longitudinal percentiles. The percentiles for cross-sectional change were constructed using the skew normal distribution to allow for the percentiles to be asymmetric on either side of the median level. These percentiles are the first reference curves that (1) provide standards for hearing level changes over periods of up to 15 years, (2) account for age differences in the distribution of hearing levels, and (3) are based on data from persons who have been systematically screened for otological disorders and evidence of noise-induced hearing loss.
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