加拿大的遗传学家已经发现了解开我们细胞衰老死亡之迷的线索。
Geneticists in Canada have discovered a clue to the puzzle of why our cells get old and die.
延缓细胞衰老的调控机制和作用环节。
Slow death regulation and control mechanism and the action segment of cell delay.
目的探讨硒延缓神经细胞衰老的作用机制。
Objective To investigate the delaying aging mechanism of selenium on neurons.
这说明DNA合成障碍是皮肤细胞衰老的根本原因。
This shows the basic reason for skin aging is DNA synthesis obstruction of cells.
当细胞衰老或损坏时，细胞死亡并被新的细胞所取代。
When cells become old or damaged, they die and are replaced with new cells.
如果端粒的确不断缩短，那么细胞衰老将会变得很快。
If the telomeres did repeatedly shorten, cells would rapidly age.
摘要目的探讨内皮细胞衰老过程中细胞生物学特征变化。
Objective to investigate the aging of vascular endothelial cells and its following changes in cell biology.
细胞衰老已经在抑制肿瘤产生和扩展中显示出了重要的作用。
Cellular senescence has been recently shown to have an important role in opposing tumour initiation and promotion.
细胞衰老被认为是在年龄相关椎间盘退变中起作用的一个潜在因子。
Summary of Background Data. Cell senescence has been recognized as a potential factor playing a role age-related disc degeneration.
据报道，香茶一杯可延缓脑细胞衰老，使人耄耋之年仍保持灵活头脑。
A cup of tea slows down brain cell degeneration and keeps the mind sharp into old age, a published report said.
目的：研究DNA甲基化水平变化对细胞衰老进程和端区长度的影响。
Objective: The effect of DNA demethylation on aging process and telomere length was studied.
结论：以亚致死量H2O2处理年轻2BS细胞可以建立细胞衰老模型。
Conclusion:Senescent cell model could be established by 2BS treated with sub-lethal H2O2.
我们推测SPATA4基因极有可能参与到细胞衰老乃至个体衰老的过程中。
We postulate that SPATA4 gene is very likely to be involved in the process of cellular senescence and aging.
由于这一特性，该物质可用于去除自由基——一种加速人体细胞衰老进程的分子。
Because of the properties, the material is useful in removing free radicals — molecules that hasten the ageing process of human cells.
本研究旨在研究增龄或限制能量摄入(CR)对胰岛细胞衰老及胰岛素分泌的影响。
We observed the influence of aging or caloric restriction (cr) on pancreatic beta cell senescence and its insulin secretion.
其实并非如此，细胞衰老周期、免疫衰竭周期，也是最终失去免疫调摄治疗的困惑。
In fact, this is not the case, the cell cycle, aging, immune failure cycle, but also lost the final immune tune the treatment of prostate confusion.
这些过程的结果加强了线粒体的功能，使其输出更多的能量并且延缓细胞衰老的过程。
The effect of all this is to strengthen the mitochondria, increase energy output and slow down the cell's aging process.
细胞衰老与DNA双螺旋断裂后不能有效修复并在染色质水平维持可靠的基因组有关。
Cellular aging is linked to deficiencies in efficient repair of DNA double strand breaks and authentic genome maintenance at the chromatin level.
衰老是一种随着年龄增长、组织细胞衰老，器官功能下降引起的不可避免的生理过程。
Senile is a disavoidable physiological process that caused by getting old, senile of tissue cell and decline of organ function.
目的：观察可诱导成纤维细胞、神经元细胞衰老的D -半乳糖对心肌细胞拟衰老的诱导作用。
AIM: to investigate the inductive effects of D-galactose, which can induce cell aging of fibroblasts and neurons, on the modeling senescence of cardiac myocytes in rats.
本研究发现SPATA4基因能够抑制细胞衰老和细胞凋亡、促进细胞周期的推进与细胞增殖；
This research reveals that SPATA4 gene can inhibit cellular senescence and apoptosis as well as promote the progression of cell cycle and cell proliferation;
科学家们希望最终可以哀悼与这四种基因具有相同效用的药，减缓细胞衰老，甚至逆转衰老的过程。
Scientists hope to eventually create a drug which can mimic the effect of the found genes which could be taken to slow down, and even reverse the ageing process.
它给人带来延缓细胞衰老的希望，因而被研发成为免疫抑制剂，用于治疗癌症和器官移植排异反应。
It showed promise for slowing cell growth, leading to its development as an immunosuppressant used to treat cancer and reduce organ transplant rejection.
泡菜中的红辣椒和大蒜作为生理催化剂，可以有效地延缓细胞衰老，杀灭有害微生物，止痛，提高人体免疫力等。
The physiological activators of the red pepper and the garlic in kimchi plays the role of preventing cell aging, sterilizing noxious germ, killing pain, improving immunity and the like.
由于其与细胞衰老、增生乃至癌变的关系密切，端粒酶系统现已成为癌症及其他增生性疾病治疗研究的热点。
Because it relates intimately on the cells' aging and proliferation and the developing of neoplasm, telomerase system has become a hot point of treatment research.
细胞分裂中染色体因其末端的DNA不能完全复制而短缩，使细胞逐渐失去增殖能力，导致细胞衰老、死亡。
In cells division chromosome length is shorten for the ending DNA couldn't be replicated completely, and the loss of telomere DNA will lead to senescence and death.
细胞分裂中染色体因其末端的DNA不能完全复制而短缩，使细胞逐渐失去增殖能力，导致细胞衰老、死亡。
In cells division chromosome length is shorten for the ending DNA couldn't be replicated completely, and the loss of telomere DNA will lead to senescence and death.
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