A series of studies suggest that childhood stress caused by poverty or abuse can lead to heart disease, inflammation, and speed up cell ageing.
一系列研究显示，因贫困和遭受虐待引发的童年时期压力，会引发心脏疾病、发炎和加速细胞老化。
Telomere and telomerase are the focus of modern biological study. There are close relationships among telomere loss and cell ageing, activation of telomerase, cell senescence and immortalization.
端粒和端粒酶是现代生物学研究的热点，端粒的缺失与细胞的衰老，端粒酶的活性与细胞的老化及癌化均有密切的关系。
When the telomeres become very short, the cell starts to malfunction and show signs of ageing.
当端粒变得非常短时，细胞就无法正常工作，会显现衰老的征兆。
They found a significant decrease in a marker associated with cell damage, which can cause impaired brain, muscle, liver and kidney function as well as ageing effects on the skin.
他们发现与细胞损伤相关的一处标记出现了显著的下降。这种细胞损伤会造成大脑、肌肉、肝脏和肾脏功能的损害，还会造成皮肤的老化。
Reconstruct cell structure, prolong the life of ageing cells, restore firmness, and keep skin young and vigorous.
重建细胞结构，延长衰老细胞的生命力，增强皮肤的弹性，永葆青春活力肌肤。
Facilitate sleep, stabilize nervous system, promote cell regeneration, and prevent ageing.
促进睡眠，稳定神经，促进细胞再生，防止衰老发。
Causes and mechanisms of ageing could be clearly understood only through macro and micro research at the integral, organ, tissue, and cell level.
衰老原因及衰老机理的探索必须在整体水平、器官、组织和细胞水平上进行不同层次的宏观和微观研究才能不断深入。
Rapamycin was known to have an influence on ageing in the lower organisms by disrupting the influence of an enzyme known as TOR, which regulates cell growth.
我们知道雷帕霉素通过破坏一种叫做TOR——用来调控细胞生长的酶的作用来影响低等有机物的衰老。
Functions: to be helpful to physical adjustment and human body development, prevent cell from ageing, improve skin elasticity and play a role for beauty and healthcare.
功能：有助于生理调节和人体发育，防止细胞老化，增强皮肤弹性，起到美容保健的作用。
A decline in stem cell function has been proposed to contribute to tissue ageing, although the underlying mechanism is poorly understood.
干细胞功能下降引起组织老化，其机制尚不明确。
A decline in stem cell function has been proposed to contribute to tissue ageing, although the underlying mechanism is poorly understood.
干细胞功能下降引起组织老化，其机制尚不明确。
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