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Longitudinal analysis of physical function in older adults: the effects of physical inactivity and exercise training

Longitudinal analysis of physical function in older adults: the effects of physical inactivity and exercise training
Longitudinal analysis of physical function in older adults: the effects of physical inactivity and exercise training
Lack of exercise contributes to systemic inflammation and is a major cause of chronic disease. The long-term impact of initiating and sustaining exercise in late life, as opposed to sustaining a sedentary lifestyle, on whole-body health measures such as physical performance is not well known. This is an exploratory study to compare changes in physical performance among older adults initiating exercise late in life versus inactive older adults. Data from two observational cohorts were included in this analysis, representing two activity groups. The Active group cohort comprises older adults (n = 318; age 72.5 ± 7.2 years) enrolled in a supervised exercise program, “Gerofit.” The inactive group comprises older adults (n = 146; age 74.5 ± 5.5 years) from the Italian study “Act on Ageing” (AOA) who self-reported being inactive. Participants in both groups completed physical performance battery at baseline and 1-year including: 6-min walk test, 30-s chair stand, and timed up-and-go. Two-sample t-tests measured differences between Gerofit and AOA at baseline and 1-year across all measures. Significant between-group effects were seen for all performance measures (ps = 0.001). The AOA group declined across all measures from baseline to 1 year (range −18% to −24% change). The Gerofit group experienced significant gains in function for all measures (range +10% to +31% change). Older adults who initiated routine, sustained exercise were protected from age-related declines in physical performance, while those who remained sedentary suffered cumulative deficits across strength, aerobic endurance, and mobility. Interventions to reduce sedentary behaviors and increase physical activity are both important to promote multi-system, whole-body health.
1474-9718
Manning, Kenneth M.
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Hall, Katherine S.
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Sloane, Richard
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Magistro, Daniele
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Rabaglietti, Emanuela
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Lee, Cathy C.
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Castle, Steven
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Kopp, Teresa
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Giffuni, Jamie
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Katzel, Leslie
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McDonald, Michelle
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Miyamoto, Miles
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Pearson, Megan
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Jennings, Stephen C.
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Bettger, Janet Prvu
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Morey, Miriam C.
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Manning, Kenneth M.
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Hall, Katherine S.
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Sloane, Richard
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Magistro, Daniele
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Rabaglietti, Emanuela
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Lee, Cathy C.
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Castle, Steven
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Kopp, Teresa
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Giffuni, Jamie
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Katzel, Leslie
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McDonald, Michelle
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Miyamoto, Miles
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Pearson, Megan
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Jennings, Stephen C.
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Bettger, Janet Prvu
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Morey, Miriam C.
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Manning, Kenneth M., Hall, Katherine S., Sloane, Richard, Magistro, Daniele, Rabaglietti, Emanuela, Lee, Cathy C., Castle, Steven, Kopp, Teresa, Giffuni, Jamie, Katzel, Leslie, McDonald, Michelle, Miyamoto, Miles, Pearson, Megan, Jennings, Stephen C., Bettger, Janet Prvu and Morey, Miriam C. (2023) Longitudinal analysis of physical function in older adults: the effects of physical inactivity and exercise training. Aging Cell, 23 (1), [e13987]. (doi:10.1111/acel.13987).

Record type: Article

Abstract

Lack of exercise contributes to systemic inflammation and is a major cause of chronic disease. The long-term impact of initiating and sustaining exercise in late life, as opposed to sustaining a sedentary lifestyle, on whole-body health measures such as physical performance is not well known. This is an exploratory study to compare changes in physical performance among older adults initiating exercise late in life versus inactive older adults. Data from two observational cohorts were included in this analysis, representing two activity groups. The Active group cohort comprises older adults (n = 318; age 72.5 ± 7.2 years) enrolled in a supervised exercise program, “Gerofit.” The inactive group comprises older adults (n = 146; age 74.5 ± 5.5 years) from the Italian study “Act on Ageing” (AOA) who self-reported being inactive. Participants in both groups completed physical performance battery at baseline and 1-year including: 6-min walk test, 30-s chair stand, and timed up-and-go. Two-sample t-tests measured differences between Gerofit and AOA at baseline and 1-year across all measures. Significant between-group effects were seen for all performance measures (ps = 0.001). The AOA group declined across all measures from baseline to 1 year (range −18% to −24% change). The Gerofit group experienced significant gains in function for all measures (range +10% to +31% change). Older adults who initiated routine, sustained exercise were protected from age-related declines in physical performance, while those who remained sedentary suffered cumulative deficits across strength, aerobic endurance, and mobility. Interventions to reduce sedentary behaviors and increase physical activity are both important to promote multi-system, whole-body health.

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Accepted/In Press date: 29 August 2023
Published date: 8 September 2023

Identifiers

Local EPrints ID: 506020
URI: http://eprints.soton.ac.uk/id/eprint/506020
ISSN: 1474-9718
PURE UUID: d2e48a99-1019-4c55-86a7-7bcd42d3caa1
ORCID for Daniele Magistro: ORCID iD orcid.org/0000-0002-2554-3701

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Date deposited: 27 Oct 2025 17:57
Last modified: 28 Oct 2025 03:10

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Contributors

Author: Kenneth M. Manning
Author: Katherine S. Hall
Author: Richard Sloane
Author: Daniele Magistro ORCID iD
Author: Emanuela Rabaglietti
Author: Cathy C. Lee
Author: Steven Castle
Author: Teresa Kopp
Author: Jamie Giffuni
Author: Leslie Katzel
Author: Michelle McDonald
Author: Miles Miyamoto
Author: Megan Pearson
Author: Stephen C. Jennings
Author: Janet Prvu Bettger
Author: Miriam C. Morey

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