Discover how Methyl-TROSY NMR reveals the pH-sensitive activation switches of the 670 kDa proteasome core particle, a key target for cancer therapy.
Explore how clinical chemistry and liquid biopsies are transforming cancer detection years before traditional diagnosis through biomarkers and AI integration.
How scientists are using atomic-level blueprints to design molecules that can tame the dangerous TGF-β protein involved in cancer and fibrosis.
Exploring how isoniazid-containing metal-based drugs offer innovative solutions to antimicrobial resistance through enhanced efficacy and novel mechanisms of action.
How scientists are building an automated factory for Bismuth-213, one of nature's most powerful cancer-fighting weapons in Targeted Alpha Therapy.
Discover how Time-Resolved FRET technology is revolutionizing drug discovery by visualizing molecular interactions with unprecedented clarity.
Explore how Cathepsin B-cleavable cyclopeptidic prodrugs act as molecular Trojan horses to deliver chemotherapy precisely to cancer cells, reducing side effects.
Exploring bioremediation strategies using microbes and plants to detoxify arsenic contamination in the environment.
Explore how AI, machine learning, and advanced technologies are transforming drug discovery from traditional methods to modern precision medicine approaches.
A comprehensive review of triazole chemistry, therapeutic applications, and future directions in medicine.