Abstract

Multicomponent physical exercise is effective in curbing the effect of hospitalization in older adults. However, it is not well established which characteristics of the exercise interventions would optimize intervention sustainability and efficacy. This study compared the effects of two group-based multicomponent exercise interventions of different lengths in older adults after hospitalization. Fifty-five participants were randomly assigned to a short-term group-based branch (SGB, n = 27) or to a long-term group-based branch (LGB, n = 28). The SGB participated in a six-week multicomponent group-based exercise-training program followed by 18 weeks of home-based exercise. The LGB completed 12 weeks of each phase. Physical function, physical activity, quality of life, anthropometrics, and nutritional status were assessed at baseline, after 12 weeks, and after 24 weeks of intervention. Both groups improved physical function and nutritional status and increased physical activity after 12 weeks of intervention (paired student’s t-test, p < 0.01), and maintained the positive effects during the following 12 weeks. No group-by-time interaction was observed in any of the studied variables using mixed-model ANOVA. Based on these findings, we determined that 6 weeks of a group-based exercise intervention caused similar functional and nutritional benefits to a longer group-based intervention of 12 weeks when both are continued at home until 24 weeks.

Highlights

  • By 2050, the percentage of the world’s population that is over age 60 will reach an estimated22% due to an increase in life expectancy [1]

  • The total number of subjects lost to follow-up at the 24-week time point was 26 (SGB = 11 and long-term group-based branch (LGB) = 15, Figure 1)

  • Values are means and standard deviations. Both multicomponent physical exercise interventions implemented at hospital discharge provided significant benefits in physical function and nutritional status, combating the functional decline associated with hospitalization in older adults

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Summary

Introduction

By 2050, the percentage of the world’s population that is over age 60 will reach an estimated. 22% due to an increase in life expectancy [1]. The process of aging encompasses changes in body composition, with reductions in muscle and bone mass and increases in fat mass, leading to functional performance decline [2]. This progressive loss of functional performance is one of the most important health-related problems linked to aging. Low physical function is related to a high incidence of. Res. Public Health 2020, 17, 666; doi:10.3390/ijerph17020666 www.mdpi.com/journal/ijerph

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