Endocrine System Decay describes the progressive, age-related decline in the structural integrity and functional capacity of the body’s hormone-producing glands and the sensitivity of their target tissues. This physiological deterioration results in diminished hormone synthesis, altered diurnal rhythms, and a blunted cellular response to circulating hormones, leading to a state of systemic hypo-functionality. This decay is a primary contributor to many age-related symptoms and chronic diseases.
Origin
This clinical term is rooted in gerontology and endocrinology, reflecting the observed phenomenon of somatopause (growth hormone decline), andropause, and menopause—all manifestations of age-related hormonal insufficiency. The term ‘decay’ emphasizes the gradual, degenerative nature of this decline in the complex regulatory system.
Mechanism
The decay mechanism involves several interconnected cellular processes, including oxidative stress accumulation in glandular tissue, telomere shortening in secretory cells, and an increase in chronic low-grade inflammation, which impairs receptor function. As a result, the capacity of glands like the testes, ovaries, or adrenal glands to produce adequate levels of hormones diminishes, and target cells become resistant to the remaining hormone signals. This systemic breakdown of communication profoundly disrupts metabolic and reproductive health.
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