The clinical deployment of scientific knowledge concerning tissue regeneration, cellular repair, and stem cell mobilization to restore compromised or aged physiological structures. Within hormonal health, this often involves supporting the environment necessary for endogenous regenerative pathways to function optimally. We are applying the science of renewal directly to clinical care.
Origin
This field originates from developmental biology and tissue engineering, now being translated into clinical practice to address age-related tissue degradation where traditional methods offer only symptomatic relief.
Mechanism
Applications focus on optimizing the systemic signaling environment to promote tissue turnover and repair, often involving factors like IGF-1 or precise management of localized inflammatory signals that inhibit progenitor cell differentiation. Supporting endocrine balance is key, as systemic hormones regulate the niche environment where regeneration occurs. For example, optimizing thyroid function ensures adequate cellular metabolic turnover required for replacing damaged cells efficiently.
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