November 13, 2024
Article

Exploring the Impact of Physical Activity on Hypertensive Elderly: Blood Pressure and Longevity Insights

Understanding the profound influence of physical activity on older adults with hypertension, this research dives into how staying active can dramatically transform health outcomes. Utilizing data from the National Health and Nutrition Examination Survey spanning nearly two decades, the analysis focused on seniors aged 65 and above, revealing key insights into the relationship between exercise, blood pressure control, and survival rates. The findings indicate that those who engage regularly in physical activity not only manage their blood pressure more effectively but also significantly lower their risk of mortality from heart diseases and other causes.

The study categorized participants into active and inactive groups, assessing their physical routines through detailed questionnaires during in-person interviews. Results showed a clear advantage for the active group, who exhibited lower systolic blood pressure and a reduced incidence of co-morbid conditions compared to their inactive peers. Furthermore, the research highlighted a stark contrast in mortality risks; physically inactive individuals faced a notably higher threat of death from cardiovascular issues and other health complications.

Emphasizing the benefits of an active lifestyle, the research advocates for integrating regular physical activity into the daily regimen of the elderly to curb hypertension's effects and enhance longevity. This approach not only promises improved individual health outcomes but also suggests a shift in geriatric healthcare practices, potentially leading to broader public health improvements.

Article Information

Abstract

Previous research on physical activity (PA) has mostly concentrated on a single or small number of activities, with scant coverage of the effects of PA on hypertension (HTN) and all-cause mortality. Most studies examining HTN in the elderly have been too small or shown contradictory findings. We conducted a cross-sectional study using 10 cycles of the National Health and Nutrition Examination Survey data from 1999 to 2018. Our sample consisted of respondents aged 65 years or older with HTN, who underwent thorough in-person home interviews. We used a questionnaire to assess their PA levels and divided them into 2 groups: physically active and inactive. We then used logistic analysis to determine the association between PA and death in HTN patients. The gender distribution was nearly equal among the 11,258 participants, with a mean age of 74.36 ± 5.88 years. Nearly 80% of the survey respondents identified as non-Hispanic White. Patients in the physically active group were less likely to suffer from co-morbidities than those in the inactive group. A negative correlation was found between physically active and systolic blood pressure (P < .0001) and a positive correlation between physically active and diastolic blood pressure (P = .0007). There was a much higher risk of death from any cause and heart disease in the inactive group in the uncorrected COX model (HR 2.96, CI 2.65-3.32, P < .0001; HR 3.48, CI 2.64-4.58, P < .0001). The risk of death from any cause and HTN mortality was still significantly higher in the physically inactive group, even after controlling for age, sex, and race or taking all covariates into account. These results have the potential to significantly impact healthcare practices, particularly in the field of geriatric care, by emphasizing the importance of PA in reducing the risk of HTN and mortality in aged patients. The present study underscores the significant benefits of PA in patients aged 65 years and older with HTN. Notably, it was found to reduce systolic blood pressure and have a positive impact on the decrease of all-cause and hypertensive mortality. These findings highlight the crucial role of PA in the health and longevity of aged patients with HTN.