Center for Supercentenarian Medical Research, Keio University School of Medicine, Japan.
Center for Supercentenarian Medical Research, Keio University School of Medicine, Japan.
Mech Ageing Dev. 2017 Jul;165(Pt B):80-85. doi: 10.1016/j.mad.2017.02.005. Epub 2017 Feb 16.
The scope and purpose of this review was to summarize the aims, methods, findings, and future of centenarian and (semi)-supercentenarian studies in Japan, particularly those from our own interdisciplinary laboratory. Medically, approximately 97% of centenarians contract chronic diseases including hypertension and gastrointestinal disease; however, they present with few cardiovascular risk factors. The low prevalence of diabetes mellitus and carotid atherosclerotic plaques is peculiarities of centenarians, which could be associated with high adiponectin levels. While conducting the Tokyo centenarian study (TCS), we found that only 20% of centenarians enjoyed physical and cognitive independence at the age of 100 years, although most remained independent in daily living until into their 90s. Those who maintained physical independence at 100 years of age were highly likely to become semi-supercentenarians (over 105 years) or even supercentenarians (beyond 110 years). We also describe parts of results of the Japan Semi-supercentenarian Study (JSS), which showed that the suppression of chronic inflammation is an important driver of successful aging at extreme old age. Telomere maintenance and an extremely low frequency of APOE-ε4 alleles are genetic peculiarities of (semi)-supercentenarians. The available data confirm our conviction that semi-supercentenarians are a more appropriate model for the study of human longevity.
本次综述的目的和范围是总结日本有关百岁老人和(半)超级百岁老人研究的目的、方法、发现和未来,特别是我们自己跨学科实验室的研究。从医学角度来看,约 97%的百岁老人患有慢性疾病,包括高血压和胃肠道疾病;但他们的心血管疾病风险因素较少。糖尿病和颈动脉粥样硬化斑块的低患病率是百岁老人的特点,这可能与脂联素水平较高有关。在进行东京百岁老人研究(TCS)时,我们发现只有 20%的百岁老人在 100 岁时仍保持身体和认知独立性,尽管大多数人在 90 多岁时仍能独立生活。那些在 100 岁时保持身体独立性的人很有可能成为半超级百岁老人(超过 105 岁)甚至超级百岁老人(超过 110 岁)。我们还描述了日本半超级百岁老人研究(JSS)的部分结果,该研究表明,抑制慢性炎症是成功实现极端高龄健康老龄化的重要驱动因素。端粒维持和极低的 APOE-ε4 等位基因频率是(半)超级百岁老人的遗传特点。现有数据证实了我们的信念,即半超级百岁老人是研究人类长寿的更合适模型。