The clinical incorporation of therapies designed to repair, replace, or regenerate damaged cells, tissues, or organs, often to restore endocrine function or support tissue healing compromised by aging or disease. This integration works synergistically with hormonal optimization to improve structural integrity. It focuses on biological renewal at the tissue level.
Origin
This field draws from tissue engineering and cell biology, now being applied to support endocrine health, particularly in areas like gonadal or pancreatic function. Integration implies that these advanced biological techniques are combined with established endocrine management. The origin is the pursuit of biological repair over mere management.
Mechanism
The mechanism involves utilizing stem cell therapies, growth factor signaling modulation, or extracellular matrix support to enhance tissue repair kinetics. For example, supporting the microenvironment of endocrine glands can improve their intrinsic capacity for hormone synthesis and secretion. This complements systemic hormonal support by addressing structural limitations to function.
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