Children whose bones are "older" than their chronological age may be at an increased risk of hypertension, according to a study reported today (19 October) in Hypertension: Journal of the American Heart Association.(1) As a result, the investigators suggest that markers of biological maturity should be evaluated in hypertensive children, and that physical activity and diet may deter the accelerated development of biological maturity. Behind the study lies the hypothesis that the origins of hypertension are associated with abnormalities of growth and maturation in childhood. This study compared bone age as a marker of biological maturation in hypertensive children with healthy controls closely matched for body mass index (BMI), age and sex, to assess the association between skeletal maturation and hypertension. The investigators X-rayed the left-hand wrists of 54 untreated hypertensive Polish children (average age 14.2 years) and compared them to X-ray images of 54 children with optimal blood pressure. Both groups were compared with reference images and rates of maturity were defined as physiological, accelerated and delayed.
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