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Evolutionary public health: introducing the concept

机译:进化公共卫生:介绍概念

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The emerging discipline of evolutionary medicine is breaking new ground in understanding why people become ill. However, the value of evolutionary analyses of human physiology and behaviour is only beginning to be recognised in the field of public health. Core principles come from life history theory, which analyses the allocation of finite amounts of energy between four competing functions-maintenance, growth, reproduction, and defence. A central tenet of evolutionary theory is that organisms are selected to allocate energy and time to maximise reproductive success, rather than health or longevity. Ecological interactions that influence mortality risk, nutrient availability, and pathogen burden shape energy allocation strategies throughout the life course, thereby affecting diverse health outcomes. Public health interventions could improve their own effectiveness by incorporating an evolutionary perspective. In particular, evolutionary approaches offer new opportunities to address the complex challenges of global health, in which populations are differentially exposed to the metabolic consequences of poverty, high fertility, infectious diseases, and rapid changes in nutrition and lifestyle. The effect of specific interventions is predicted to depend on broader factors shaping life expectancy. Among the important tools in this approach are mathematical models, which can explore probable benefits and limitations of interventions in silico, before their implementation in human populations.
机译:进化医学的新兴学科在理解为什么人们生病的情况下打破了新的基础。然而,人体生理学和行为的进化分析的价值只是在公共卫生领域开始被认可。核心原则来自终身历史理论,分析了四个竞争功能之间的有限能量的分配 - 维护,生长,繁殖和防御。中央宗旨是进化理论是选择生物来分配能量和时间来最大化生殖成功,而不是健康或长寿。影响死亡风险,养分可用性和病原体负担的生态相互作用在整个生命课程中的能量分配策略,从而影响不同的健康结果。通过纳入进化的角度,公共卫生干预措施可以提高自己的有效性。特别是,进化方法为解决全球健康的复杂挑战提供了新的机会,其中群体差别暴露于贫困,高生育,传染病和营养和生活方式快速变化的代谢后果。预计特定干预的效果依赖于塑造预期寿命的更广泛的因素。在这种方法中的重要工具中,是数学模型,可以探讨在人类人口的实施之前探讨硅的干预措施的可能性和局限性。

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