儿童饮食动态的建模:社会化和学校环境的作用。

Q3 Mathematics
Letters in Biomathematics Pub Date : 2018-01-01 Epub Date: 2018-12-07 DOI:10.1080/23737867.2018.1552543
Muntaser Safan, Anarina L Murillo, Devina Wadhera, Carlos Castillo-Chavez
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引用次数: 5

摘要

儿童肥胖在包括美国在内的世界许多地方都是一个健康紧急情况,因此,确定能够大规模改变肥胖动态并产生影响的地方、区域或国家干预模式仍然是一项挑战。大多数年轻人对健康食品的消费尚未达到建议的营养标准,这一事实突显出缺乏旨在解决肥胖流行病的有效政策。利用数学模型来评价社会化和学校环境对儿童饮食动态的影响。数据显示,标准的营养教育项目在改变人群饮食动态方面最多只能产生最小的影响。通过使用对文化敏感的学校菜单(环境破坏)加强同伴影响(传染模型),可能证明能够改变肥胖,增强饮食动态;改变相当(临界)比例青少年的饮食。介绍了一个框架来探索基于行为的干预措施和政策的价值,这些干预措施和政策考虑了风险社区的社会文化环境。这些模型捕捉了精心设计的场景,以解释这样一个事实:当处理饮食动力学系统时,加法思维是不够的,因为它不能解释非线性效应的力量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Modeling the Diet Dynamics of Children: the Roles of Socialization and the School Environment.

Modeling the Diet Dynamics of Children: the Roles of Socialization and the School Environment.

Modeling the Diet Dynamics of Children: the Roles of Socialization and the School Environment.

Childhood obesity is a health emergency in many parts of the world including the U.S. and, consequently, identifying local, regional or national intervention models capable, of altering the dynamics of obesity at scales that make a difference remains a challenge. The fact that consumption of healthful foods among most youth has yet to meet recommended nutritional standards highlights a lack of effective policies aimed at addressing the epidemic of obesity. Mathematical models are used to evaluate the roles of socialization and school environment on the diet dynamics of children. Data suggest that standard nutrition education programs may have, at best, minimal impact in altering diet dynamics at the population-level. Inclusion of peer influence (model as contagion) reinforced by the use of culturally-sensitive school menus (environmental disruption) may prove capable of modifying obesity enhancing diet dynamics; altering the diets of a significant (critical) proportion of youngsters. A framework is introduced to explore the value of behavior-based interventions and policies that account for the sociocultural environments of at risk communities. These models capture carefully choreographed scenarios to account for the fact that when dealing with diet-dynamics systems, thinking additively is not enough as it cannot account for the power of nonlinear effects.

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来源期刊
Letters in Biomathematics
Letters in Biomathematics Mathematics-Statistics and Probability
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