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The EFSA maintained its view that spermidine's effect on hair growth is related to disease treatment and does not meet the health claim criteria.

Androgen, especially DHT, is crucial for erectile function in rats by affecting specific brain neurons.

14,15-EET may help reduce poststroke pain by affecting certain brain proteins.

Spermidine may help extend the growth phase of hair.

Androsterone and finasteride have different solid forms, with new findings correcting previous errors and identifying a new form.

Compound 15a was effective in inhibiting 5α-reductase.

Finasteride worsens heart damage but reduces cell toxicity caused by nandrolone decanoate.

Certain derivatives are more effective 5α-reductase type 2 inhibitors than finasteride.

Brain-made chemicals can control nerve cell function differently in various parts of a mouse's brain, which may help us understand neurological conditions.

MENT could be a better option than testosterone for male hormone therapy and birth control because it works well at lower doses and has fewer side effects on the prostate.

Euph E and Euri A from Euphorbia neriifolia help control inflammation and immune response in cells.

New progesterone-based compounds can block male hormones.

Niosomes are effective carriers for targeted drug delivery, improving drug stability and efficiency.

Spermidine may help reduce hair loss and deserves further testing as a treatment.

The more lipophilic the progesterone derivative, the better it binds to androgen receptors and has antiandrogenic effects.

Neurosteroids help control dopamine responses in the brain.

Some new progesterone derivatives are better at blocking testosterone conversion than a common drug.

The new gel formula could improve the delivery of a hair loss treatment through the skin and might be an alternative to taking it by mouth.

3α‐OH‐DHP is essential for reducing nerve activity related to blood pressure control during pregnancy.

Pregnenolone might help manage movement issues caused by Parkinson's disease treatment without reducing the medicine's effectiveness.

The nanocomposite effectively targets lung cancer cells without harming normal cells.

A new method efficiently modifies alkenes to create useful medicinal compounds.

Compound 1 showed promising anticancer activity.