Somatic Cell Reprogramming is the process of reverting a differentiated somatic cell, such as a skin or fat cell, back to a pluripotent state or guiding it toward a different mature cell lineage through controlled genetic or epigenetic manipulation. In the context of longevity science, this refers to reversing accumulated epigenetic age markers in non-germline tissues. It represents a profound level of cellular age reversal.
Origin
This term was formalized with the discovery of induced pluripotent stem cells (iPSCs), combining “somatic” (body cell) with “reprogramming” (reverting developmental fate). Its application in wellness science explores reversing cellular senescence associated with hormonal decline. The mechanism seeks to reset the cell’s functional clock.
Mechanism
Reprogramming functions by introducing specific transcription factors, often termed Yamanaka factors, that induce global changes in DNA methylation patterns and chromatin accessibility. Successful execution results in a cell expressing embryonic gene signatures, effectively erasing prior differentiation history. Translating this to systemic wellness involves targeting the reversal of age-related functional deficits in key endocrine tissues.
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