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Breakfast Habits among Schoolchildren in the City of Uruguaiana, Brazil
Published on: July 29, 2020
Beverage consumption patterns of children born at different risk of obesity
Tanja V E Kral1, Albert J Stunkard, Robert I Berkowitz
1Department of Psychiatry, University of Pennsylvania, Philadelphia, Pennsylvania, USA. tkral@mail.med.upenn.edu
Insights
Children at high risk for obesity consumed more sugary drinks and fruit juice. Increased soda intake was linked to larger waist circumference, while milk intake was linked to reduced waist circumference in children.
Area of Science:
- Pediatric nutrition
- Obesity research
- Childhood health
Background:
- Increased sugar-sweetened beverage and fruit juice intake is linked to childhood overweight.
- Understanding beverage consumption in children at risk for obesity is crucial.
Purpose of the Study:
- To prospectively assess beverage consumption patterns in children.
- To examine the relationship between beverage intake and weight status in children with varying obesity risk.
Main Methods:
- Cohort study of children (n=49) stratified by obesity risk (maternal BMI).
- 3-day food records analyzed beverage intake (milk, juice, soda, etc.) in children aged 3-6 years.
- Yearly anthropometric measurements collected.
Main Results:
- High-risk children consumed more calories from beverages, fruit juice, and soft drinks.
- Increased soda intake correlated with increased waist circumference change.
- Increased milk intake correlated with reduced waist circumference change.
- No significant association found between beverage intake changes and BMI z-score changes.
Conclusions:
- Familial predisposition to obesity may influence children's beverage choices.
- Dietary factors warrant further investigation for their role in pediatric body fat accumulation.
Background:
Increased intake of sugar-sweetened beverages and fruit juice has been associated with overweight in children.
Objective:
This study prospectively assessed beverage consumption patterns and their relationship with weight status in a cohort of children born at different risk for obesity.
Methods And Procedures:
Participants were children born at low risk (n = 27) or high risk (n = 22) for obesity based on maternal prepregnancy BMI (kg/m(2)). Daily beverage consumption was generated from 3-day food records from children aged 3-6 years and coded into seven beverage categories (milk, fruit juice, fruit drinks, caloric and non-caloric soda, soft drinks including and excluding fruit juice). Child anthropometric measures were assessed yearly.
Results:
High-risk children consumed a greater percentage of daily calories from beverages at age 3, more fruit juice at ages 3 and 4, more soft drinks (including fruit juice) at ages 3-5, and more soda at age 6 compared to low-risk children. Longitudinal analyses showed that a greater 3-year increase in soda intake was associated with an increased change in waist circumference, whereas a greater increase in milk intake was associated with a reduced change in waist circumference. There was no significant association between change in intake from any of the beverage categories and change in BMI z-score across analyses.
Discussion:
Children's familial predisposition to obesity may differentially affect their beverage consumption patterns. Future research should examine the extent to which dietary factors may play a role in pediatric body fat deposition over time.
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