Research Articles
Catching Superbugs in the Act: A 90-Minute Test to Save Lives
Discover how a groundbreaking electrochemical method is revolutionizing antibiotic susceptibility testing, delivering results in 90 minutes instead of days to combat superbugs.
The Silent Spark: How Electrochemistry is Decoding Textile Dye Pollution
Exploring how glassy carbon electrodes are revolutionizing detection of toxic textile dyes in wastewater through advanced electrochemistry techniques.
Unlocking the Past with Electrodes: How Antonio Doménech-Carbó's Electrochemistry Revolutionizes Archaeology
Explore how Antonio Doménech-Carbó's solid-state electrochemistry is transforming archaeological analysis and artifact dating through non-invasive techniques.
The Great Platinum Collapse: How a Tiny Molecule Topples Nanoscale Giants
Discover how hydrazine-induced instability in platinum nanoparticles threatens nanotechnology applications and the scientific breakthroughs revealing the mechanism.
Metallic Hope: How Titanium-Based Molecules Are Revolutionizing Cancer Therapy
Discover how titanium-based molecules are revolutionizing cancer therapy through electrochemical activation and targeted drug design.
Unlocking Flow Battery Secrets: Real-Time Electroanalysis Revolutionizes Energy Storage
How tiny electrodes and continuous monitoring are solving flow batteries' biggest challenges with online kinetics measurements
The Silent Threat in Our Water: Electrochemical Detectives Hunt for Stray Antibiotics
How activated screen-printed carbon electrodes are revolutionizing metronidazole detection in water and biological samples
Decoding Doxorubicin's Secrets: How Nano-Engineered Cancer Drugs Interact with DNA and Cells
Research on nano-engineered doxorubicin's interaction with DNA and breast cancer cells using electrochemical biosensors
The Nano-Detective: How Tiny Zinc Sulphide Particles Revolutionize Chemical Sensing
Discover how zinc sulphide nanoparticles enable simultaneous detection of acetaminophen, guanine, and adenine with unprecedented precision in electrochemical sensing.
The Invisible Threat: Electrochemical Detectives Hunting Harmful Substances at Ultralow Levels
Discover how flow-based electrochemical sensing revolutionizes detection of microplastics, pharmaceuticals and industrial toxins at ultratrace levels.