Key result
Aging was consistently associated with physical inactivity across 4,726 primary care patients, and this association was not modified by gender or the presence of cardiovascular disease.
Why the study?
Physical activity decreases with aging, but whether this association is gender-specific or modified by the presence of cardiovascular disease was unclear.
Is the association between aging and physical inactivity modified by gender or the presence of cardiovascular disease in primary care patients?
Cross-Sectional (n=4,726)
Yes
Is the association between aging and physical inactivity modified by gender or the presence of cardiovascular disease in primary care patients?
Aging is associated with a decline in physical activity regardless of gender or the presence of cardiovascular disease, highlighting the need for physical activity interventions across all aging primary care populations.
Aging linked to inactivity independent of gender or CVD; hypothesis-generating for intervention trials in primary care.
BACKGROUND: A physically active lifestyle decreases the progression of atherosclerosis and consequently reduces cardiovascular mortality. However, activity levels are hampered by aging. The association between aging and physical inactivity might be gender-specific or be modified by the presence of cardiovascular disease (CVD). In this study, we investigated if the association between aging and physical inactivity was different between men and women and between primary and secondary prevention patients. METHODS: We performed a cross-sectional analysis of three primary care samples including primary and/or secondary prevention patients (total n = 4726). Baseline data for sample 1 were collected in the years 2013-14, for sample 2 in 2009-10 and for sample 3 in 2009. Activity levels were measured by the patient reported Rapid Assessment of Physical Activity questionnaire. A multilevel regression analysis was used to explore the association between aging and physical inactivity, adjusted for confounders. We examined potential effect modification by gender and the presence of CVD on the association between aging and physical inactivity. RESULTS: Multilevel regression revealed that aging was consistently associated with physical inactivity in three out of three samples. This association was, however, not modified by gender or the presence of CVD. CONCLUSIONS: Cardiovascular risk management interventions should aim at increasing or maintaining physical activity levels in aging primary care population. This study does not support the notion that extra emphasis should be put in targeting men or women, or people with or without the presence of CVD.
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Achttien et al. (2019) conducted a cross-sectional in Cardiovascular disease (primary and secondary prevention) (n=4,726). Aging was evaluated on Physical inactivity. Aging was consistently associated with physical inactivity across 4,726 primary care patients, and this association was not modified by gender or the presence of cardiovascular disease.
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