Key result
Applying 2017 AAP guidelines increases hypertension prevalence by ~57% compared to 2004 criteria.
Why the study?
The AAP launched a new clinical practice guideline in 2017 with cut-off values 2–3 mmHg lower than the 2004 guidelines, prompting evaluation of their effect on the prevalence of hypertensive-level blood pressure in primary school children.
Does the use of the 2017 AAP guidelines increase the prevalence of hypertensive-level blood pressure compared to the 2004 guidelines in primary school children?
Cross-Sectional (n=536)
No
Does the use of the 2017 AAP guidelines increase the prevalence of hypertensive-level blood pressure compared to the 2004 guidelines in primary school children?
Absolute Event Rate: 10.8% vs 6.9%
Application of the 2017 AAP guidelines increases the prevalence of hypertensive-level blood pressure in Thai primary school children compared to the 2004 guidelines, primarily identifying more children with higher BMI.
May flag more Thai children as hypertensive; leaves open whether 2017 AAP adoption improves outcomes in Asian primary care.
Background: In 2017, the American Academy of Pediatrics (AAP) launched a new clinical practice guideline for diagnosis of hypertension in children and adolescents. The new cut-off values were 2–3 mmHg lower than those of the previous 2004 guidelines.Aims: This study was conducted to evaluate the effects of the new cut-off values on the prevalence of hypertensive-level blood pressure (BP) in children in a primary school in Bangkok, Thailand.Subjects and methods: BP, weight, height and waist circumference were recorded in 536 school children aged 8–13 years (270 boys, 50.3%) in grades 4–6. For analysis, BP was classified by the two different cut-off values (the 2004 AAP and the 2017 AAP guidelines). Demographic data for the children whose BP was hypertensive according to the 2017 guidelines but not the 2004 guidelines were compared with those of the children with normal BP according to both guidelines. Logistic regression analysis was performed to evaluate the factors associated with hypertensive-level BP.Results: Fifty-eight children (10.8%) had hypertensive-level BP according to the 2017 guidelines but only 37 (6.9%) with the 2004 guidelines. Twenty-one children who would not have had hypertensive-level BP with the 2004 AAP guidelines had greater Z-scores for body mass index and a greater proportion had obesity than the normotensive children. Body mass index was the only independent factor associated with hypertensive-level BP.Conclusions: The prevalence of hypertensive-level BP in children was increased using the 2017 guidelines. Children with hypertensive-level BP using the 2017 AAP guidelines but not the 2004 AAP guidelines had greater BMI Z-scores and a greater proportion were obese than the in the normotensive children. Body mass index was the only independent factor associated with hypertensive-level BP.Abbreviations: AAP: American Academy of Pediatrics; BMI: body mass index; BP: blood pressure; cm: centimeter; DBP: diastolic blood pressure; HT: hypertension; kg: kilograms; m: meter; NHANES: National Health and Nutrition Examination Survey; ROC: receiver operating characteristic curve; SBP: systolic blood pressure; SBPHR: systolic blood pressure-to-height ratio; SD: standard deviation; WC: waist circumference; WHR: waist-to-height ratio
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Pirojsakul et al. (2019) conducted a cross-sectional in Hypertensive-level blood pressure (n=536). 2017 AAP guidelines vs. 2004 AAP guidelines was evaluated on Prevalence of hypertensive-level blood pressure. Applying the 2017 AAP guidelines increased the prevalence of hypertensive-level blood pressure to 10.8%, compared to 6.9% using the 2004 guidelines.
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