Key result
Living in northern China and consuming northern dietary patterns was significantly associated with higher odds of being overweight (OR 1.68) and obese (OR 2.04) compared to southern China.
Why the study?
Determining geographical distribution and local dietary patterns involved in being obese is useful for designing intervention strategies.
Do northern geographic location and dietary patterns increase the risk of overweight and obesity compared to southern patterns in Chinese adults?
Cross-Sectional
Yes
Do northern geographic location and dietary patterns increase the risk of overweight and obesity compared to southern patterns in Chinese adults?
Odds Ratio: 2.04
Northern Chinese dietary patterns are significantly associated with higher rates of overweight and obesity compared to southern patterns, highlighting the need for regionally targeted nutritional interventions.
May inform region-specific obesity prevention; leaves open causality and practice implications.
Objective: Determining geographical distribution and local dietary patterns involved in being obese is useful for designing intervention strategies. Methods: We selected residents between 18 and 65 years old from 11 Chinese provinces to compare dietary patterns and BMI from the China Health and Nutrition Survey packages in 2011. We used linear and logistic regression analyses to assess the strength of association among geographic variables, the obesity problem, and dietary patterns. Results: The overall prevalence of overweight and obesity in the North was 10.51% higher than that in the South. Northern dietary patterns feature a high intake of wheat and soybeans, whereas southern dietary patterns feature a high intake of rice, vegetables, meat, and poultry. The estimated coefficient of regional variables on dietary score is 1.49, the estimated coefficient of regional variables on the odds ratio for being overweight is 1.68 and for being obese is 2.04. Multivariate logistic regression including both variables of South-North areas and northern dietary patterns showed a significant correlation with being overweight or obese. Conclusions: Northern areas and their local dietary patterns are more likely to contribute to overweight and obesity. Our study provides empirical evidence for policies that target the ''obesogenic'' environment and promote opportunities for persons to access healthy dietary patterns and nutritional balance.
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Tang et al. (2020) conducted a cross-sectional in Overweight and obesity. Northern Chinese residence and dietary patterns vs. Southern Chinese residence and dietary patterns was evaluated on Overweight and obesity (OR 2.04). Living in northern China and consuming northern dietary patterns was significantly associated with higher odds of being overweight (OR 1.68) and obese (OR 2.04) compared to southern China.
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