“饮食和运动能让你活得更久”:开启管家基因的基因

Kurt A. Escobar, L. Visconti, A. Wallace, Trisha A. VanDusseldorp
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引用次数: 1

摘要

“饮食和运动能让你更长寿”是一个众所周知的梗。虽然经常被认为是理所当然的,但它的基础可以追溯到我们的进化环境,其影响延伸到我们的细胞内环境。人类是在高体力活动和周期性匮乏的条件下进化的,这些条件塑造了我们的基因。在这些能量挑战时期,一个进化保守的循环系统,自噬,会被激活,通过细胞内蛋白质、细胞器和脂质的降解来提供能量。随着身体活动不再是生存的必要条件,热量丰富而不是现代人类环境中定义的热量短缺,自噬的信号不再是强制性的。此外,人类已经进化到避免身体活动和热量限制(CR)。这导致细胞内成分的积累,导致细胞内稳态的退化和破坏。这种有害的细胞物质积累也发生在衰老过程中,部分原因是与年龄相关的自噬下降。更重要的是,人类生活在一个历史时期,卫生和医学的进步使我们能够活到前所未有的年龄,导致人类长寿,但整个系统都在逐步退化。锻炼和CR实践通过激活自噬家政来促进与年龄相关的健康和长寿,但进化的惯性促使我们避免它们。然而,人类的独特之处在于,我们可以利用自己的基因,也可以传播自己的模因。为了通过锻炼和CR实践获得细胞内务管理的好处,我们应该了解我们的基因并成为其成员。
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“Diet and Exercise Will Help You Live Longer”: The Meme that Turns on Housekeeping Genes
“Diet and exercise will help you live longer” is a well-known meme. While often taken for granted, its foundations span back to our evolutionary environment and its effects extend into our intracellular environment. Humans evolved under conditions of high physical activity and periodic privation which shaped our genes. During these times of energetic challenge, an evolutionary conserved recycling system, autophagy, would have been activated to provision energy through the degradation of intracellular proteins, organelles, and lipids. With physical activity no longer a requisite for survival and caloric abundance rather than caloric shortage defining the modern human environment, the signals for autophagy are no longer obligatory. Moreover, humans have evolved an avoidance of physical activity and caloric restriction (CR). This leads to an accumulation of intracellular components causing degeneration and disruption of cellular homeostasis. This deleterious accrual of cellular materials also occurs during aging, in part, by an age-related decline in autophagy. What’s more, humans live in a period of history where advances in sanitation and medicine have allowed us to live to unprecedented ages, resulting in long-lived humans with progressive system-wide degeneration. Exercise and CR practices promote age-related health and longevity through their activation of autophagic housekeeping, but evolutionary inertia pushes us to avoid them. However, humans are unique in that we can harness our own genes as well as propagate our own memes. In order to yield the benefits of cellular housekeeping through exercise and CR practices, we should understand our genes and become memesters.
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