Research Articles
The Invisible Space Pioneers: How Earth's Toughest Microbes Are Redefining Life Beyond Earth
Discover how extremophiles from Earth's harshest environments are reshaping our understanding of life in space and revolutionizing biotechnology.
The Silent Symphony: How Electrons and Protons Move as One
Exploring the fundamental process of concerted electron/proton transfer (CEPT) that drives life and technology through nature's perfect coordination.
Time Travel for Atoms: How QEXAFS Films Catalysts in Action
Discover how QEXAFS spectroscopy revolutionizes catalyst research by capturing atomic-scale structural changes in real-time during chemical reactions.
Stable Isotopes: Nature's Tiny Trackers Revolutionizing Environmental Science
How stable isotopes and reactive transport modeling are transforming environmental science, from carbon sequestration to pollution remediation.
Breaking Biological Barriers: How Materials Science is Revolutionizing Drug Delivery
Exploring how advanced materials science is overcoming biological barriers to enable targeted drug delivery
Beyond the Membrane: How Cellular Gatekeepers Cx43 and SLC25A51 Unlock NAD+'s Mitochondrial Potential
Discover how Cx43 and SLC25A51 transporters revolutionize NAD+ supplementation and mitochondrial health in this comprehensive biomedical analysis.
The Green Pharmacy Underfoot: KNUST's Medicinal Weeds Revolutionizing Heart Health
How KNUST scientists are transforming common weeds into powerful cardiovascular therapies against global heart disease crisis
The Double Life of Hydrogen Peroxide: From Cellular Messenger to Agent of Chaos
Exploring the dual roles of hydrogen peroxide in cellular signaling and oxidative stress, with recent research breakthroughs and therapeutic applications.
The Spark of Hope: How Non-Thermal Plasma Ignites Ferroptosis to Combat Cancer
Discover how non-thermal plasma triggers ferroptosis in cancer cells by exploiting ferritin, offering a promising new approach to cancer treatment.
The Formylation Fix: How a Tiny Molecular Tag Protects Proteins from Oxidative Damage
Discover how formylation of initiator methionine protects proteins from oxidative damage and facilitates repair in bacterial systems.