The Therapeutic Potential of Transdifferentiation – Fight Aging!

[ad_1] Transdifferentiation is the use of various techniques to convert a somatic cell of one type directly into a somatic cell of another type. This is an alternative to first using Yamanaka factors to dedifferentiate somatic cells into induced pluripotent stem cells, then guiding differentiation into the desired final somatic cell type. For both … Read more

Advocating for Epigenetic Reprogramming as a Potential Rejuvenation Therapy – Fight Aging!

[ad_1] Partial epigenetic reprogramming emerges from the intersection of understanding how cells behave in cancerous tissue and during embryonic development. In the developing embryo there is a point at which adult germline cells convert themselves into embryonic stem cells, discarding forms of damage and dysfunction characteristic of adult cells and restoring a youthful pattern … Read more

Reviewing the Potential for Klotho as a Basis for Therapy – Fight Aging!

[ad_1] Klotho is one of the few robustly longevity-associated genes discovered over the past few decades. Increased levels of the circulating α-klotho protein slows aging in mice and is associated with better late life health in humans. Additionally, more of this α-klotho appears to slow cognitive aging and also boost cognitive function in younger … Read more