Metabolic Signaling Reversion describes the process where cellular responses to metabolic cues, such as insulin or leptin, shift back toward a more ancestral or youthful pattern of sensitivity and efficiency. This often implies overcoming acquired resistance mechanisms that develop due to chronic over-nutrition or chronodisruption. Reversion suggests a return to optimal substrate handling.
Origin
Metabolic signaling relates to the biochemical pathways communicating nutrient status, while reversion indicates a reversal or return to a previous, healthier state of responsiveness. This concept is frequently discussed in the context of aging and lifestyle intervention efficacy.
Mechanism
Reversion is facilitated by reducing chronic inflammatory signals that interfere with insulin receptor tyrosine kinase activity or leptin receptor downstream signaling cascades. Furthermore, optimizing the timing of nutrient delivery can reset peripheral clock gene expression, improving the rhythmic function of glucose transporters and fatty acid oxidation enzymes. This shift effectively recalibrates cellular energy sensing.
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