Kyriazis Marios
ELPIs Foundation for Indefinite Lifespans, York Road, London TW10 6DR. United Kingdom.
Curr Aging Sci. 2017;10(4):242-245. doi: 10.2174/1874609810666170413123547.
The process of human ageing is significantly dependent upon events which are currently shaping humanity. One such event is the seemingly inexorable progress of technology, and specifically, digital communications technology. Technology and biology are tightly interconnected, and this has a direct relevance on how our own ageing mechanisms are evolving and adapting to the change. One way technology may affect biological ageing is based on the concept of information exposure which acts as a hormetic stimulus and up-regulates neuronal stress response pathways. In this way, neurons become increasingly more likely to acquire repair resources and function for longer, with a consequent overall improvement in healthy lifespan. At the same time, germline repair mechanisms may need to be downgraded in order to accommodate a tradeoff: a corresponding escalation of repairs in neurons. In this Opinion paper, it is discussed that how a meaningful and intentional integration with technology, which hormetically challenges our cognition, may redress the conflict for resources between the soma and the germline, and result in a reduction of age-related dysfunction in the subjects.
人类衰老过程在很大程度上取决于当前正在塑造人类的各种事件。其中一个事件就是技术,尤其是数字通信技术看似不可阻挡的发展。技术与生物学紧密相连,这直接关系到我们自身的衰老机制如何演变以及如何适应变化。技术可能影响生物衰老的一种方式基于信息暴露的概念,信息暴露作为一种 hormetic 刺激,上调神经元应激反应途径。通过这种方式,神经元越来越有可能获得修复资源并延长功能,从而总体上改善健康寿命。与此同时,生殖系修复机制可能需要下调,以进行权衡:相应地增加神经元的修复。在这篇观点论文中,讨论了与技术进行有意义且有意的整合(这种整合对我们的认知构成 hormetic 挑战)如何能够解决体细胞与生殖系之间的资源冲突,并减少受试者与年龄相关的功能障碍。