Research Articles
The Gamma Ray Makeover: How Radiation Reinvents "Green" Plastics
Discover how Cobalt-60 gamma radiation transforms starch-plastic copolymers, creating stronger, more water-resistant biodegradable materials.
The Molecular Lego: Building Tomorrow's Materials with Engineered Polyoxometalates
How engineered polyoxometalates are solving big problems in clean energy, catalysis, and targeted drug delivery through advanced functionalization techniques.
Seeing Cells Breathe: The Tiny Protein That Lights Up Cellular Energy
Discover how roGFP enables real-time monitoring of cellular redox states through innovative one-wavelength microscopy techniques.
The Double-Edged Sword of Oxygen: Unraveling Oxidative Stress in Health and Disease
Exploring the biological paradox of oxygen - how reactive oxygen species (ROS) sustain life yet drive aging and disease through oxidative stress mechanisms.
The Ferrocene Revolution: How a Sandwich Molecule is Transforming Medicine and Materials
Exploring how ferrocene-based peptides and amides are revolutionizing medicine, materials science, and biotechnology through their unique properties and applications.
The Invisible Storm: How Quantum Dots Trigger a Genetic Rebellion in Cells
Research on how cadmium telluride quantum dots trigger oxidative stress and genetic dysregulation in mammalian cells
The Ocean's Chemical Fingerprint: How Isotopes Reveal Earth's Hidden History
Exploring how oxygen, carbon, and strontium isotopes in seawater reveal Earth's tectonic and climatic history over 500 million years.
The Invisible Clean-Up Crew: How Plants Degrade Glutathione to Survive
Exploring the sophisticated mechanisms plants use to degrade glutathione and its conjugates for detoxification and survival under stress conditions.
Nano Detectives: How Tiny Metal Forests Revolutionize Disease Detection
Explore how nanostructured metal oxides are transforming enzymatic electrochemical biosensors for advanced disease detection and environmental monitoring.
The Magnetic Marvels: How Bacteria with Built-In Compasses Could Revolutionize Drug Delivery
Exploring how magnetotactic bacteria and their magnetosomes could transform precision drug delivery in cancer therapy and beyond.