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Associations between fruit consumption and home blood pressure in a randomly selected sample of the general Swedish
Edvin Ström1, Carl Johan Östgren1, Fredrik H Nystrom1
1Department of Health, Medicine and Caring Sciences, Linköping University, Norrköping, Sweden.
Insights
Frequent consumption of bananas, apples, pears, oranges, and citrus fruits is linked to lower home blood pressure. This study highlights specific fruit
Area of Science:
- Cardiovascular Health
- Nutritional Science
- Epidemiology
Background:
- Office blood pressure is frequently linked to fruit intake.
- Associations between fruit consumption and home blood pressure are less understood.
Purpose of the Study:
- To investigate the correlation between specific fruit consumption and home blood pressure.
- To analyze the impact of bananas, apples/pears, and oranges/citrus on systolic home blood pressure.
Main Methods:
- Utilized data from 2283 participants in a large, randomly selected study.
- Employed validated food frequency questionnaires for dietary assessment.
- Performed multivariable linear regression analysis on home blood pressure measurements taken over seven days.
Main Results:
- Unadjusted analysis showed significant inverse associations between all studied fruit types and systolic home blood pressure (p < .001).
- Most frequent fruit consumers exhibited lower systolic blood pressure: bananas (-2.7 mm Hg), apples/pears (-3.9 mm Hg), and oranges/citrus (-3.4 mm Hg).
- Adjusted analysis revealed independent significant associations for apples/pears (p = .048) and oranges/citrus (p = .009) with lower blood pressure.
Conclusions:
- Consumption of specific fruits, particularly apples/pears and oranges/citrus, is independently associated with lower home systolic blood pressure.
- Further controlled studies are warranted to confirm the causal effects of specific fruits on home blood pressure management.
Abstract:
Frequent fruit consumption has been associated with lower office blood pressure. Less is known about associations between fruit consumption and home blood pressure. Our aim was to study the correlation between consumption of specific fruits and home blood pressure in a large randomly selected study population. The main outcome was systolic home blood pressure. Home blood pressure measurements were performed with calibrated oscillometric meters during seven consecutive days. Means for all available measurements were used. Validated food frequency questionnaires were used for estimating frequency of fruit consumption. The specified fruits were bananas, apples/pears and oranges/citrus fruit. Complete case analysis regarding fruit consumption, office- and home blood pressure measurements and other relevant variables was performed in 2283 study participants out of 2603 available. Multivariable linear regression analysis was performed. There were statistically significant associations between consumption of all fruit types and lower systolic home blood pressure unadjusted (p for trend; bananas, apples/pears and oranges/citrus fruit p < .001). The numerical differences between most and least frequent consumption of fruit were for bananas -2.7 mm Hg, apples/pears -3.9 mm Hg and for oranges/citrus fruit -3.4 mm Hg. When adjusted for covariates, both consumption of apples/pears and oranges/citrus fruit had an independent statistically significant association with lower blood pressure (p = .048 resp. p = .009). Future controlled interventional studies are needed to evaluate the effect of specific fruit on home blood pressure.
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