Helzner Elizabeth P, Cauley Jane A, Pratt Sheila R, Wisniewski Steven R, Zmuda Joseph M, Talbott Evelyn O, de Rekeneire Nathalie, Harris Tamara B, Rubin Susan M, Simonsick Eleanor M, Tylavsky Frances A, Newman Anne B
Department of Epidemiology, University of Pittsburgh, Pittsburgh, Pennsylvania 15261, USA.
J Am Geriatr Soc. 2005 Dec;53(12):2119-27. doi: 10.1111/j.1532-5415.2005.00525.x.
To determine the prevalence of and risk factors for hearing loss in a sample of 2,052 older adults (aged 73-84; 46.9% male, 37.3% black) enrolled in the Health, Aging and Body Composition (Health ABC) Study.
Cross-sectional analysis of a longitudinal cohort study.
Pittsburgh, Pennsylvania, and Memphis, Tennessee, areas.
Random sample of Medicare beneficiary subjects enrolled in the Health ABC program from 1997 to 1998. They included 2,052 individuals: 660 white men (32.2%), 631 white women (30.8%), 310 black men (15.1%), and 451 black women (22.0%). Participants ranged in age from 73 to 84, with a mean age of 77.5.
Hearing sensitivity was measured using pure-tone threshold testing. Hearing loss was defined based on two averages of hearing thresholds: 500, 1,000, and 2,000 Hz greater than 25-decibel (dB) hearing level (HL) (hearing loss); and 2,000, 4,000, and 8,000 Hz greater than 40-dB HL (high-frequency hearing loss). Potential hearing loss correlates, including demographics, medical history, ototoxic medication use, occupational noise exposure, and lifestyle factors, were collected via questionnaire.
The prevalence of hearing loss was 59.9%; the prevalence of high-frequency hearing loss was 76.9%. Hearing loss was most common in white men, followed by white women, black men, and black women. Older age, white race, diabetes mellitus, cerebrovascular disease, smoking, poorer cognitive status, occupational noise exposure, and ear surgery were associated with hearing loss after multivariable adjustment. Race- and sex-specific risk factors included higher blood pressure and occupational noise exposure (white men), poorer cognitive status and smoking (black women), and low total hip bone mineral density (black men). Possible protective factors included salicylate use (overall sample, black men) and moderate alcohol intake (black women).
Hearing loss was extremely common in this population. Because many of the identified hearing loss risk factors are modifiable, some of the burden associated with hearing loss in older people should be preventable.
确定参与健康、衰老和身体成分(Health ABC)研究的2052名老年人(年龄73 - 84岁;男性占46.9%,黑人占37.3%)中听力损失的患病率及危险因素。
对一项纵向队列研究进行横断面分析。
宾夕法尼亚州匹兹堡市和田纳西州孟菲斯市地区。
1997年至1998年参加Health ABC项目的医疗保险受益对象的随机样本。他们包括2052人:660名白人男性(32.2%)、631名白人女性(30.8%)、310名黑人男性(15.1%)和451名黑人女性(22.0%)。参与者年龄在73岁至84岁之间,平均年龄为77.5岁。
使用纯音阈值测试测量听力敏感度。听力损失根据两个听力阈值平均值来定义:500、1000和2000赫兹处听力水平大于25分贝(dB HL)(听力损失);以及2000、4000和8000赫兹处听力水平大于40 dB HL(高频听力损失)。通过问卷收集潜在的听力损失相关因素,包括人口统计学、病史、耳毒性药物使用、职业噪声暴露和生活方式因素。
听力损失的患病率为59.9%;高频听力损失的患病率为76.9%。听力损失在白人男性中最为常见,其次是白人女性、黑人男性和黑人女性。多变量调整后,年龄较大、白人种族、糖尿病、脑血管疾病、吸烟、认知状态较差、职业噪声暴露和耳部手术与听力损失相关。种族和性别特异性危险因素包括高血压和职业噪声暴露(白人男性)、认知状态较差和吸烟(黑人女性)以及全髋骨矿物质密度低(黑人男性)。可能的保护因素包括使用水杨酸盐(总体样本、黑人男性)和适度饮酒(黑人女性)。
听力损失在该人群中极为常见。由于许多已确定的听力损失危险因素是可改变的,老年人中与听力损失相关的部分负担应该是可以预防的。