[No] Need for Speed: Late-onset Diseases as Evolution's Power Brakes

R. Petkova, S. Chakarov
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Abstract

Degenerative disease and cancer are the top causes of death in middle and advanced age and it seems that this trend will continue, at least in the near future. Modern medicine has an impressive arsenal of methods and tools to detect monitor and control a wide variety of diseases and conditions, including diseases with onset in middle and advanced age. Nevertheless, they are very rarely completely cured. Why, despite all the efforts of research and healthcare, we still keep failing in our efforts to cure late-onset diseases? It might be that we are trying to fight against laws of Nature that were purposely put in place so that evolution may go on but could not advance before its time. Relatively recently, we proposed the hypothesis that 'death of old age' and cancer may be viewed as Nature-made mechanisms or larger-scale checkpoints that keep the rate of evolution in check and preserve the population and the species at the expense of individuals. At this point in our development, we cannot change the rules of Nature. It is within our power, however, to anticipate, prevent and modify the outcomes of late-onset disease. Thus, we ought to keep on with research and development aimed at management of late-onset disease and improving the quality of life for the patients.
[否]需要速度:迟发性疾病作为进化的动力刹车
退行性疾病和癌症是导致中老年死亡的主要原因,而且这一趋势似乎还将继续,至少在不久的将来是这样。现代医学拥有令人印象深刻的方法和工具库,可以检测、监测和控制各种各样的疾病和状况,包括中老年发病的疾病。然而,他们很少被完全治愈。为什么,尽管所有的研究和医疗努力,我们仍然无法治愈晚发性疾病?这可能是因为我们正在试图与自然法则作斗争,这些自然法则是故意设置的,以便进化可以继续进行,但不能提前进行。最近,我们提出了一个假设,即“老年死亡”和癌症可能被视为自然创造的机制或更大规模的检查点,它们控制着进化的速度,以牺牲个体为代价保护种群和物种。在我们发展的这个阶段,我们不能改变自然规律。然而,我们有能力预测、预防和改变迟发性疾病的后果。因此,我们应该继续研究和开发,旨在管理晚发性疾病,提高患者的生活质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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