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生物标志物、干预措施与健康老龄化。

Biomarkers, interventions and healthy ageing.

机构信息

Center for Life Sciences, Nazarbayev University, 53 Kabanbay batyr ave, Astana 010000, Kazakhstan.

出版信息

N Biotechnol. 2013 May 25;30(4):373-7. doi: 10.1016/j.nbt.2012.11.018. Epub 2012 Nov 29.

Abstract

Population ageing is probably the single most important healthcare challenge the developed and developing world will face in the 21(st) century. This is because the later part of the human life course is marked by the emergence of a wide spectrum of pathological impairments which increase morbidity and reduce quality of life. The processes driving these increases in mortality and morbidity are often conceptualised as highly complex and multi-causal. Indeed, it has been suggested that there is no human 'ageing process', only distinct, disease-specific mechanisms of pathology. However, humans are not the only organisms within the biosphere to show ageing and the use of cross-species approaches has demonstrated that common ageing processes exist and allowed some of the common genetic pathways controlling them to be identified. Mutants in these pathways either delay or accelerate the development of late life diseases giving rise to extended healthy lives or progerias, respectively. These advances in fundamental understanding open opportunities for a more detailed investigation of the key causal mechanisms underlying ageing and the exploitation of that knowledge for improved interventions in later life.

摘要

人口老龄化可能是 21 世纪发达国家和发展中国家面临的最重要的医疗保健挑战之一。这是因为人类生命后期的特点是出现广泛的病理性损伤,从而增加发病率并降低生活质量。导致这些死亡率和发病率增加的过程通常被认为是高度复杂和多因的。事实上,有人认为没有人类的“衰老过程”,只有特定的、疾病特异性的病理机制。然而,人类并不是生物圈中唯一显示衰老的生物,跨物种方法的应用表明存在共同的衰老过程,并确定了一些控制这些过程的共同遗传途径。这些途径中的突变体要么延缓要么加速晚年疾病的发展,从而延长了健康寿命或早衰。这些基础理解方面的进展为更详细地研究衰老的关键因果机制提供了机会,并为晚年的干预措施提供了知识。

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