Research Articles
Unveiling a Heart Drug's Secrets: The Electric Detective Story
Explore how electroanalysis and sodium dodecyl sulfonate work together to detect telmisartan, a heart medication, with enhanced precision and sensitivity.
Molecular Detectives: The Nano-Upgrade for Tracking Toxins in Water
Explore how nanoscale engineering of Cobalt Phthalocyanine is revolutionizing electroanalysis for environmental monitoring and medical diagnostics.
Catching a Molecule in the Act: The Electrochemical Detective Story of Ranitidine
Explore how electrochemical detection and modified electrodes are revolutionizing the analysis of Ranitidine in pharmaceuticals and biological samples.
The Silent Stream's Secret Keeper: Electrochemical Detectives on the Trail of Organic Pollutants
Discover how electroanalysis helps detect invisible organic pollutants in our water systems using advanced electrochemical techniques.
The Invisible Guardians: How Electroanalysis Sensors Protect Our Health and Environment
Exploring the groundbreaking electroanalysis sensor technologies from the 1987 Cardiff symposium that revolutionized health monitoring, environmental protection, and industrial safety.
Shocking Revelations: How Electricity Helps Uncover Nanoparticle Toxicity
Discover how electroanalysis revolutionizes nanoparticle toxicity assessment through cutting-edge scientific methods and case studies.
Unmasking Invisible Pollutants: The Electrochemical Detective Story
Explore how electroanalysis detects organic pollutants in water and how halide ions interfere with these crucial environmental measurements.
Catching the Unseen: How Electrochemical Sensors are Revolutionizing Environmental Monitoring
Explore how electrochemical sensors detect organic pollutants in water systems with unprecedented sensitivity and how this technology is transforming environmental monitoring.
The Nano-Alchemists: How Lead and Iodine Transform Ordinary Platinum into an Ethanol Detection Powerhouse
Discover how lead and iodine adatoms transform platinum electrodes into highly sensitive ethanol detection tools through atomic-level modifications.
The Tiny Lab-on-a-Chip: How Clay and Copper are Revolutionizing Pollution Detection
Discover how clay-modified copper-plated electrodes are transforming environmental monitoring through advanced electroanalysis technology.