A hypothetical or achieved state where biomarkers of aging, such as epigenetic clocks or cellular senescence markers, demonstrate a measurable shift toward a younger biological age profile, indicating a genuine functional rejuvenation of tissues. This concept focuses on reversing the trajectory of age-related functional decline. It is a return toward youthful endocrine and metabolic signatures.
Origin
This term originates in the theoretical framework of geroscience, drawing inspiration from cellular reprogramming studies. ‘Time-Reversal’ signifies a directional change against the unidirectional arrow of biological aging as observed in typical clinical progression. It is an ambitious goal in regenerative endocrinology.
Mechanism
True reversal necessitates interventions that fundamentally reset cellular programming, perhaps by modulating DNA methylation patterns or significantly enhancing DNA repair mechanisms. In a hormonal context, this involves restoring youthful pulsatility and sensitivity across the HPG and HPA axes. The mechanism seeks to restore the youthful epigenetic landscape that dictates cellular behavior.
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