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The research found a link between certain molecular features and the biological activity of BC3, which can help identify or create new active compounds.

Nucleophilic reagents break down hair keratin, forming more lanthionine and lysinoalanine than in wool.

2,5-DBH shows promise for improving drugs in cancer, brain disorders, and infections.

The process efficiently converts α-pinene oxide to campholenic aldehyde using a special catalyst, achieving high yields quickly.

Finasteride crystals are held together by hydrogen bonds and weak interactions, forming synthon pseudopolymorphs.

The salts have diverse molecular packing with significant hydrogen interactions.

A new method creates unique chemical structures that could improve drug discovery.

Squaric acid dibutylester can cause severe skin reactions in people with allergies.

Made 8 minoxidil samples; 1 cocrystal, 7 salts formed.

A fungal enzyme was used to make compounds more soluble, aiding drug discovery and crop protection.

A new, less toxic and more efficient method to create the anti-baldness compound RU58841 was developed in 2014.

A new treatment effectively kills antibiotic-resistant bacteria and helps wounds heal faster by boosting the immune response.

Longer treatment with vismodegib lowers relapse risk in basal cell carcinoma.

A new method was developed to make finasteride for treating hair loss.

The method produces finasteride with a 92% yield.

The new method for making Finasteride is cheaper and safer for large-scale production.

The new method provides more accurate vibrational frequencies for drug molecules than traditional models.

Finasteride forms stable complexes with cobalt, zinc, cadmium, and copper.

The new palladium catalyst is effective and reusable for making pharmaceutical ingredients.

A new method was developed to create complex molecular knots using iron ions.

A new method to make Finasteride is more cost-effective and yields 16%.

Finasteride breaks down into new compounds under acidic conditions.