Why the study?
Universal BP screening in children and adolescents is questioned, and the underestimation of elevated blood pressure resulting from selective screening based on overweight, obesity, or parental hypertension was unquantified.
Does selective blood pressure screening based on risk factors underestimate the prevalence of elevated blood pressure in children and young adults compared to universal screening?
Does selective blood pressure screening based on risk factors underestimate the prevalence of elevated blood pressure in children and young adults compared to universal screening?
Selective blood pressure screening in youth based solely on risk factors like obesity or parental hypertension misses a substantial proportion of hypertensive cases, challenging guidelines that question universal screening.
Answers are grounded in this paper and cite their sources.
Selective screening underestimates elevated BP in youth; leaves open optimal strategies in population data.
Universal blood pressure (BP) screening in children and adolescents is questioned in prevention guidelines, while measuring blood pressure in the young in the context of overweight, obesity, or parental hypertension is promoted. This study quantifies with population data the underestimation of elevated blood pressure that would result from limiting BP screening only to those with overweight, obesity, or parental hypertension in the young. Selective screening was simulated with representative national health examination data from Germany (age 3-17, N=14,633, KiGGS0 study 2003-2006; age 18-39, N=1,884, DEGS1 2008-2011 study), with mean of two oscillometric measurements on one occasion; cutoffs for hypertensive BP in children were the 95th percentile using KiGGS percentiles, and for sensitivity analyses Fourth Report percentiles, in adults 140/90 mmHg; childhood overweight and obesity were classified according to the International Obesity Task Force and for adults as BMI ≥25 and ≥30 kg/m2. In 3-17-year-olds, different selective BP screening scenarios were simulated: screening only in those with obesity, overweight, parental hypertension, combination of overweight and parental hypertension, resulting in screening 5.6%, 20.0%, 28.5%, and 42.6% of the population and detecting 17.2%, 38.6%, 30.3%, and 58.2% of all hypertensive cases in the population. In conclusion our results show a large screening gap that would result from selective BP screening only in those with overweight, obesity, or parental hypertension.
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Neuhauser et al. (2019) studied this question.
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