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This study determined that in axillary hair of mature males and females, free androgen steroids are primarily produced by sebaceous glands, while C19-steroid sulphates are products of sweat glands.

This review discusses the potential link between androgen deficiency and increased COVID-19 severity in aging men, but reports no new clinical results; it suggests that low testosterone levels may pose a risk factor.

This study found that women with female pattern androgenic alopecia have significantly higher levels of certain androgens and androgen sulfates compared to normal premenopausal women, suggesting markers for diagnosis and treatment efficacy.

This study suggests that 5-ADIOL-S may contribute to the synthesis of potent androgens in peripheral tissues, and 3 alpha-DIOL-S could be a marker of androgen metabolism in various female patient groups.

The authors concluded that plasma levels of 3α-diolG, ADTG, and DHTG in women with hyperandrogenic disorders primarily reflect adrenal androgen contributions rather than peripheral action, suggesting a potential index for treatment effectiveness.