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Clustering of Dietary Intake and Sedentary Behavior in 2-Year-Old Children

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Author: Gubbels, J.S. · Kremers, S.P.J. · Stafleu, A. · Dagnelie, P.C. · Vries, S.I.de · Vries, N.K.de · Thijs, C.
Type:article
Date:2009
Institution: TNO Kwaliteit van Leven
Source:Journal of Pediatrics, 2, 155, 194-198
Identifier: 241674
doi: doi:10.1016/j.jpeds.2009.02.027
Keywords: Biology Health · Physiological Sciences · Body mass · Child · Child behavior · Cluster analysis · Controlled study · Dietary intake · Energy balance · Female · Human · Lifestyle modification · Major clinical study · Male · Obesity · Patient education · Physical activity · Preschool child · Priority journal · Questionnaire · Scoring system · Television viewing · Beverages · Bread · Child, Preschool · Cluster Analysis · Computers · Cross-Sectional Studies · Diet · Educational Status · Female · Fruit · Health Behavior · Humans · Male · Mothers · Motor Activity · Netherlands · Obesity · Prospective Studies · Sex Factors · Television · Vegetables

Abstract

Objective: To examine clustering of energy balance-related behaviors (EBRBs) in young children. This is crucial because lifestyle habits are formed at an early age and track in later life. This study is the first to examine EBRB clustering in children as young as 2 years. Study design: Cross-sectional data originated from the Child, Parent and Health: Lifestyle and Genetic Constitution (KOALA) Birth Cohort Study. Parents of 2578 2-year-old children completed a questionnaire. Correlation analyses, principal component analyses, and linear regression analyses were performed to examine clustering of EBRBs. Results: We found modest but consistent correlations in EBRBs. Two clusters emerged: a "sedentary-snacking cluster" and a "fiber cluster." Television viewing clustered with computer use and unhealthy dietary behaviors. Children who frequently consumed vegetables also consumed fruit and brown bread more often and white bread less often. Lower maternal education and maternal obesity were associated with high scores on the sedentary-snacking cluster, whereas higher educational level was associated with high fiber cluster scores. Conclusions: Obesity-prone behavioral clusters are already visible in 2-year-old children and are related to maternal characteristics. The findings suggest that obesity prevention should apply an integrated approach to physical activity and dietary intake in early childhood. © 2009 Mosby, Inc. All rights reserved.