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Rising from a chair: effects of age and functional ability on performance biomechanics.
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Rising from a chair: effects of age and functional ability on performance biomechanics.

著者: NB Alexander 附属: Division of Geriatric Medicine, University of Michigan, Ann Arbor.; AB Schultz; DN Warwick
版本/格式: 文章 文章 : 英语
刊登在:Journal of gerontology, 1991 May; 46(3): M91-8
数据库:取自MEDLINE®/PubMed®,这是美国医学图书馆的一个数据库。
提要:
Although difficulty in rising from a chair is common to elderly people, few studies have compared chair rise performance in young and elderly adults with differing functional abilities. Using an instrumented chair and a videotape analysis, controlled chair rise performances were quantified in three groups of volunteers: young adults (Young, n = 17, mean age 23 years), elderly adults able to rise without the use of  再读一些...
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文件类型: 文章
所有的著者/提供者: NB Alexander 附属: Division of Geriatric Medicine, University of Michigan, Ann Arbor.; AB Schultz; DN Warwick
ISSN:0022-1422
语言注释: English
专有的标识符 120253266
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摘要:

Although difficulty in rising from a chair is common to elderly people, few studies have compared chair rise performance in young and elderly adults with differing functional abilities. Using an instrumented chair and a videotape analysis, controlled chair rise performances were quantified in three groups of volunteers: young adults (Young, n = 17, mean age 23 years), elderly adults able to rise without the use of armrests (Old Able, n = 23, mean age 72 years), and elderly adults unable to rise without the use of armrests (Old Unable, n = 11, mean age 84 years). Rises both with and without the use of hands were observed. The total time to rise and the percent of that time spent in the two distinct phases of the rise, the body segment rotations used, and the hand forces exerted were measured. Despite no apparent functional impairment, the Old Able compared to the Young spent a larger percent time in the first phase of the rise and rotated their body segments by different amounts. When rising with use of hands, the Old Unable compared to the Old Able group took more time and used different body segment rotations and larger ratios of hand force to body weight. These data quantify chair rise performance in young adults and in elderly adults with differing functional abilities and enable biomechanical analyses of the importance of joint torque strengths and postural stability in that performance.

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