Fight Aging! Newsletter, March 28th 2022

In conclusion, we summarized here evidence for a novel therapeutic approach to exploit the incredible ability of mitochondria to engage multifaceted neuroprotective stress response triggered by partial complex I inhibition. This approach promises relief for multiple human conditions, and to promote healthy aging to delay the onset of neurogenerative diseases, AD in particular, where age is the greatest risk factor. There is a mounting body of evidence generated in model organisms and humans in support of the safety of chronic application of complex I inhibitors. However, a better understanding of the molecular mechanisms is required to establish safety in translation to humans, including the development of biomarkers that inform on mitochondrial function and the capacity to induce the beneficial stress response. Further therapeutic developments should produce selective and specific complex I inhibitors capable of penetrating the BBB with excellent safety profile. Heterochromatin Loss and Transposon Activity in the Aging Female Germline https://www.fightaging.org/archives/2022/03/heterochromatin-loss-and-transposon-activity-in-the-aging-female-germline/ In today's open access paper, researchers note that the characteristic loss of maintainance of heterochromatin structure that occurs with age appears sufficient to produce signatures of aging in female germline cells, oocytes, accompanied by a rising level of transposon activity. Along with thymic involution...
Source: Fight Aging! - Category: Research Authors: Tags: Newsletters Source Type: blogs