Spivak I M, Mikhelson V M, Spivak D L
Institute of Cytology, RAS, Saint-Petersburg, 194064, Russian Federation.
Saint-Petersburg State University, Saint-Petersburg, 199034, Russian Federation.
Adv Gerontol. 2015;28(3):441-448.
The review is dedicated to analysis of data available at present time concerning possible influence of stress upon telomere lengths and telomerase activity, as well as various ways of counteracting it. Present-day telomerase theory of aging gains a new impetus, shedding light upon the influence of psychological state of humans and their ability to counteract stress, upon the process of aging. It also tends to regard telomere shortening and the decrease in the activity of telomerase as a marker of level of the ability to adapt to both inner and outer influences. Both aging and age-dependent diseases are proved to be substantially retarded not only by the administration of drugs, but also by psychological means, which forms a good way towards healthy longevity. With complete understanding of the impossibility to prevent or even to slow down natural senescence itself, these methods allow to remove causes, which accelerate senescence, and to increase the average human longevity.
这篇综述致力于分析目前可得的数据,这些数据涉及压力对端粒长度和端粒酶活性可能产生的影响,以及应对压力的各种方式。当今的端粒酶衰老理论获得了新的推动力,揭示了人类心理状态及其应对压力的能力对衰老过程的影响。它还倾向于将端粒缩短和端粒酶活性降低视为适应内外影响能力水平的标志。事实证明,衰老和与年龄相关的疾病不仅可以通过药物治疗得到显著延缓,还可以通过心理手段实现,这为健康长寿提供了一条良好途径。在充分认识到无法预防甚至减缓自然衰老本身的情况下,这些方法能够消除加速衰老的原因,并延长人类的平均寿命。