Research Articles
The Green Spark: How Electrochemistry is Powering a Sustainable Future
Exploring the breakthroughs in electrochemistry from Electrochem 2010 that paved the way for sustainable energy technologies like green hydrogen production.
The Hidden Treasure Map of Science: Bibliographic Resources in Electroanalysis
Explore the essential bibliographic resources in electroanalysis, from foundational texts to digital tools and emerging trends in this comprehensive guide.
From Blood Pressure to Blood Analysis: How a Common Medication is Revolutionizing Medical Sensors
Discover how captopril, a blood pressure medication, is being repurposed with silver nanoparticles to create advanced hemoglobin sensors for medical diagnostics.
Tiny Strip, Giant Leap: The Biosensor Revolution on a Graphite Canvas
Discover how screen-printed graphite microbands are revolutionizing biosensing technology, enabling cheap, portable detection of health markers and environmental toxins.
Diamond Electrodes: The Ultimate Paracetamol Detector
Explore how boron-doped diamond electrodes are revolutionizing paracetamol detection and degradation in environmental and clinical applications.
Detecting Trace Metals with Electrifying Precision: The Polymer Sensor Revolution
Explore how poly(pyrrole-malonic acid) film modified carbon electrodes are revolutionizing trace metal detection with unprecedented sensitivity and precision.
The Electric Detective: Catching a Lifesaving Drug in the Act
Discover how electroanalysis is revolutionizing dapsone monitoring for leprosy treatment through advanced electrochemical sensors and nanotechnology.
The Universal Translator for Electricity: The Story of the Salt Bridge
Discover how Potassium Chloride serves as the perfect electrochemical interpreter, enabling precise measurements across different solvents as an equitransferent salt bridge.
The Ionic Liquid Revolution: A Cleaner Path to Powerful Chemicals
Discover how ionic liquids are transforming industrial chemistry through electrochemistry and high-purity synthesis methods.
The Diamond Detective: Catching Antibiotic Residues with a Spark of Electricity
Discover how diamond-based technology helps detect antibiotic residues in our environment and food supply, fighting antibiotic resistance.