Research Articles
The Dance Partners Within: How Protein Flexibility is Revolutionizing Drug Discovery
Exploring how protein flexibility is transforming drug discovery through advanced computational methods and AI-driven design.
Nature's Sweet Shield: How Osmanthus Flowers Wage War on Diabetes and Aging
Discover how Osmanthus fragrans 'Ziyingui' fights diabetes and aging through its unique biochemical compounds that inhibit carbohydrate-digesting enzymes and neutralize free radicals.
The Data Detectives: How Audits Are Saving Science from Itself
Exploring how research data audits are addressing the reproducibility crisis and safeguarding scientific integrity through systematic verification and validation.
Nature's Bottlebrush: The Cancer-Fighting Power of an Australian Native Plant
Discover how Callistemon citrinus (crimson bottlebrush) shows promising anti-cancer and antimicrobial properties in laboratory studies against colorectal cancer cells.
The Carbon Architect's Secret Code: How Math Unlocks Next-Gen Nanomaterials
Exploring how graph theory and Zagreb indices help design polyphenylene dendrimers, the molecular skyscrapers of nanotechnology.
The Silent Saboteurs: How Respiratory Inhibitors Shape Microbial Worlds
Exploring how respiratory inhibitors disrupt cellular energy production and their applications in medicine and biotechnology.
The Gene Hunt: How Solving a DNA Mystery Changed the Fight Against Duchenne Muscular Dystrophy
The groundbreaking discovery of the DMD gene and dystrophin protein between 1975-1993 revolutionized our understanding and treatment of Duchenne Muscular Dystrophy.
The Silent Spark: How Electrochemists Are Rewriting the Rules of Detection
Exploring groundbreaking electrochemical detection methods presented at MEM XXXVI conference, with focus on DNA biosensors for medical diagnostics
The Silent Revolution: How a Kitchen Thickener is Transforming Modern Medicine
Explore how carboxymethyl cellulose (CMC) is revolutionizing biomedical applications from cancer therapy to tissue engineering.
Quantum Leap: Teaching AI to See Molecules Like Never Before
Breakthrough in computational chemistry using transfer learning to achieve coupled cluster accuracy with neural network potential speed.