Soprano Maria, Rusciano Maria Rosaria, Ciccarelli Michele, Maione Angela Serena, Formisano Pietro, Illario Maddalena
Department of Translational Medical Science, University of Naples Federico II, and AOU Federico II, via S. Pansini5, 80131, Naples, Italy.
Curr Diabetes Rev. 2015;12(2):84-9. doi: 10.2174/1573399811666150722124701.
Aging is one of the most important societal challenges that western societies face, as a result of longer life expectancy and reduced natality rates. Aging is a success story of our health and social systems, but raises sustainability issues that are linked to the increased need for services of older adults, due to the reduction of their independence and to the co-existence of multiple chronic diseases. The metabolic syndrome can be considered an age-related disease, since its prevalence increases with age. Current demographic trends in the population highlight aging-related dysfunctions that contribute to the onset of several metabolic diseases, and the need for innovative, effective and sustainable approaches. This review describes the correlation between the metabolic syndrome and aging, and the underlying common molecular mechanisms, focusing on calcium signaling and its crosstalks.
由于预期寿命延长和出生率降低,老龄化是西方社会面临的最重要的社会挑战之一。老龄化是我们健康和社会系统的一个成功范例,但由于老年人独立性降低以及多种慢性病并存,导致对老年人服务的需求增加,从而引发了可持续性问题。代谢综合征可被视为一种与年龄相关的疾病,因为其患病率随年龄增长而增加。当前人口中的人口趋势凸显了与老龄化相关的功能障碍,这些功能障碍会导致多种代谢疾病的发生,以及对创新、有效和可持续方法的需求。本综述描述了代谢综合征与老龄化之间的相关性以及潜在的共同分子机制,重点关注钙信号及其相互作用。