RESPIRATORY FUNCTION AND MUSCULAR CAPACITY IN OLD ADULTS: THE [email protected] PROJECT

Geriatrics, Gerontology and Aging

Endereço:
Avenida Nossa Senhora de Copacabana,500 - 609 - Copacabana
Rio de Janeiro / RJ
22020001
Site: http://ggaging.com
Telefone: (21) 2285-8115
ISSN: 2447-2123
Editor Chefe: Roberto Alves Lourenço
Início Publicação: 10/10/2007
Periodicidade: Trimestral
Área de Estudo: Educação física, Área de Estudo: Enfermagem, Área de Estudo: Farmácia, Área de Estudo: Fisioterapia e terapia ocupacional, Área de Estudo: Fonoaudiologia, Área de Estudo: Medicina, Área de Estudo: Nutrição, Área de Estudo: Odontologia, Área de Estudo: Saúde coletiva, Área de Estudo: Serviço social, Área de Estudo: Multidisciplinar

RESPIRATORY FUNCTION AND MUSCULAR CAPACITY IN OLD ADULTS: THE [email protected] PROJECT

Ano: 2019 | Volume: 13 | Número: 4
Autores: Daniel Alexandre Dias Pedroso , Telmo Pereira , Jorge Conde
Autor Correspondente: Telmo Pereira | [email protected]

Palavras-chave: sarcopenia; pulmonary ventilation; body composition; hand strength; aging

Resumos Cadastrados

Resumo Inglês:

INTRODUCTION: Age-related muscle changes, translated into a decrease both in muscle imass and functionality, are determinants of a decrease in strength and resistance to exercise in older adults. OBJECTIVE: To correlate the loss of muscle mass and functionality with the respiratory function in older adults. METHODS: Cross-sectional study including 18 volunteers with age above 65 years (13 women and 5 men) included in the [email protected] Project. All participants performed functional respiratory tests with an Flowhandy ZAN 100 spirometer, and handgrip strength was assessed with an appropriate dynamometer. Nutritional profile was assessed and body composition was evaluated via bioimpedance. RESULTS: There was a significant association between the percentage of lean mass and several spirometric parameters, namely the FEV1, FVC, PEF25, PEF50, PEF25/75 and PEF. Significant associations were also found with the self-efficacy for exercise and the same respiratory parameters. A significant and positive correlation was observed between the percentage of lean mass and handgrip strength. CONCLUSIONS: The results show an association between respiratory function and functional and clinical parameters characteristic of sarcopenia, suggesting common pathophysiological mechanisms in the limitation observed with the worsening of these parameters.