Evolutionary Ecology and Control of Infectious Disease Virulence

K. Takakura
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Abstract

Recently, there have been fears that an influenza pandemic is approaching in the near future and the importance of preventing infection has often been discussed. The possibility of controlling the evolution of virulence has however received less attention. In the present paper, I first introduce the evolutionary ecology of infectious disease virulence based on the existing theoretical work and then explain three possible selection pressures that favor very serious virulence and suggest promising methods to reduce the effect of each. Most of these methods are consistent with methods to prevent the spread of infection, while one also emphasizes the importance of international cooperation in the elimination of poverty and conflict. I suggest thus that evolutionary ecological thinking has the potential to provide a new point of view in the control of infectious diseases.
进化生态学与传染病毒力控制
最近,人们担心在不久的将来会发生流感大流行,人们经常讨论预防感染的重要性。然而,控制毒力进化的可能性受到的关注较少。在本文中,我首先在现有理论工作的基础上介绍了传染病毒力的进化生态学,然后解释了三种可能的选择压力,这些选择压力有利于非常严重的毒力,并提出了有希望的方法来减少每种选择压力的影响。其中大多数方法与预防感染蔓延的方法是一致的,同时也强调国际合作在消除贫困和冲突方面的重要性。因此,我认为进化生态学思想有可能为控制传染病提供一种新的观点。
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