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寿命延长的视角:关注外部还是内部资源?

Perspectives of lifespan extension: focus on external or internal resources?

机构信息

Belozersky Institute of Physico-Chemical Biology, Lomonosov Moscow State University, Moscow 119991, Russia.

Institute for Information Transmission Problems, Russian Academy of Sciences, Moscow 127051, Russia.

出版信息

Aging (Albany NY). 2020 Mar 27;12(6):5566-5584. doi: 10.18632/aging.102981.

Abstract

and naked mole rats () are vivid examples of social mammals that differ from their relatives in particular by an increased lifespan and a large number of neotenic features. An important fact for biogerontology is that the mortality rate of (a maximal lifespan of more than 32 years, which is very large for such a small rodent) negligibly grows with age. The same is true for modern people in developed countries below the age of 60. It is important that the juvenilization of traits that separate humans from chimpanzees evolved over thousands of generations and millions of years. Rapid advances in technology resulted in a sharp increase in the life expectancy of human beings during the past 100 years. Currently, the human life expectancy has exceeded 80 years in developed countries. It cannot be excluded that the potential for increasing life expectancy by an improvement in living conditions will be exhausted after a certain period of time. New types of geroprotectors should be developed that protect not only from chronic phenoptosis gradual poisoning of the body with reactive oxygen species (ROS) but also from acute phenoptosis, where strong increase in the level of ROS immediately kills an already aged individual. Geroprotectors might be another anti-aging strategy along with neoteny (a natural physiological phenomenon) and technical progress.

摘要

并且裸鼹鼠()是社会哺乳动物的生动例子,它们与亲属的不同之处在于寿命延长和大量的幼态持续特征。对于生物老年学来说,一个重要的事实是(最大寿命超过 32 年,对于这么小的啮齿动物来说非常大)死亡率随着年龄的增长而忽略不计。在 60 岁以下的发达国家,现代人也是如此。重要的是,将人类与黑猩猩区分开来的特征的幼态持续是经过数千代和数百万年的进化而来的。技术的快速进步导致人类在过去 100 年中的预期寿命急剧增加。目前,发达国家的人类预期寿命已经超过 80 岁。不能排除在一定时间后,通过改善生活条件来提高预期寿命的潜力将会耗尽。应该开发新型的抗老化剂,不仅可以防止慢性表型衰老——身体被活性氧(ROS)逐渐毒害,还可以防止急性表型衰老,即 ROS 水平的急剧升高会立即杀死已经衰老的个体。抗老化剂可能是除了幼态持续(一种自然的生理现象)和技术进步之外的另一种抗衰老策略。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/76d8/7138562/86734b65a27a/aging-12-102981-g002.jpg

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