Research Articles
Taming the Dragons: Stosh Kozimor's Quest to Unlock Actinide Secrets
Exploring Stosh Kozimor's groundbreaking research on radioactive actinides and their applications in energy and medicine.
Beyond Rust and Poison: How Metal Carbonyls Forge Tomorrow's Anti-Cancer Drugs
Exploring how metal carbonyl chemistry enables breakthroughs in galectin inhibitor synthesis for cancer and other diseases.
The Silent Assassin in Ashwagandha: How Withaferin A Declares War on Cancer
Exploring the anticancer properties of Withaferin A, a potent compound from Ashwagandha, and its multi-targeted approach against cancer cells.
Decoding the Body's Drug Metabolizers: How Molecular Spies Revolutionized CYP450 Research
Discover how activity-based protein profiling revolutionized our understanding of cytochrome P450 enzymes and drug metabolism.
The Silent Invader: How Science is Fighting Back Against Cadmium Toxicity
Exploring the dangers of cadmium exposure and the latest scientific breakthroughs in combating its toxic effects on human health.
The Invisible Army: How Nanocrystal Coats Are Revolutionizing Cancer Fight
Exploring how surface chemistry transforms inorganic nanocrystals into precision tools for cancer imaging and therapy.
The Alpha-Beta Showdown: Decoding Cancer's Radiopharmaceutical Revolution
Exploring the future of radioligand therapy in cancer treatment: alpha vs beta emitters and their potential synergies.
Light Warriors: The Fluorescent Molecule That Targets Cancer with Deadly Precision
Discover the groundbreaking binary BMVC-porphyrin photosensitizer that combines cancer detection and treatment in a single molecular system.
Molecular Architects vs. Cancer: Building New Weapons from Quinazoline Blueprints
Exploring the creation and testing of six quinazoline-Schiff base hybrids as potential anti-cancer agents against liver and breast cancer cells.
The Triazole Triumph: How a Tiny Ring Powers Modern Medicine
Exploring the pharmacological importance of triazole derivatives in modern medicine, from antifungals to cancer therapies.