Androgens, whether in excess (Hyperandrogenism) or in deficiency (Hypoandrogenism), cause oxidative stress by affecting immunological responses, fostering chronic inflammation, causing mitochondrial dysfunction, and causing oxidative damage in reproductive organs, thereby affecting fertility and reproductive health ( Table 1 )
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Currently, both urinary-derived and recombinant HCG preparations are commercially available, giving researchers and clinicians multiple sourcing options depending on their specific needs and local peptide regulations
Copper homeostasis
Increases in calcitonin levels have been observed in some patients, though the clinical significance remains uncertain
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