Research Articles
The Silver Bullet for Cleaner Chemistry: Saying Goodbye to Toxic Mercury
Explore how the liquid-mercury free solid silver amalgam electrode is revolutionizing electroanalysis of organic compounds with enhanced safety and performance.
The Nano-Detective: How a Simple Pencil Trace Can Unlock Genetic Secrets
Discover how scientists transformed pencil graphite into a powerful sensor using copper nanoparticles to detect adenine, a fundamental DNA component.
The Twist That Matters: Creating Helical Polymers with Twin Stereogenic Centers for Revolutionary Electroanalysis
Explore the fascinating world of chiral helical polymers with dual stereogenic centers and their groundbreaking applications in electroanalysis and molecular recognition.
How a Tiny Material Transformation Could Revolutionize Explosives Detection
Groundbreaking sensor material detects toxic explosives with unprecedented sensitivity through atomic-level transformation creating super-active sites for chemical analysis.
The Smart Electrode Revolution: How Plastic-Carbon Hybrids are Transforming Chemical Sensing
Discover how acrylonitrile-grafted polystyrene and carbon nanomaterials are revolutionizing electrochemical sensors for food safety, health monitoring, and environmental analysis.
Catching Nano-Sized Lightning in a Bottle: The Power of Single Particle Collisions
Explore nanoparticle impact electroanalysis (NIE), a revolutionary technique for observing individual nanoparticles through electrochemical collisions.
The Unseen Symphony: Listening to the Beat of a Single Molecule
Explore the revolutionary field of Single-Entity Electroanalysis that enables scientists to study individual molecules and nanoparticles in electrochemical reactions.
The Diamond Detective: Catching an Antibiotic with Electrochemistry
Discover how scientists use diamond-coated sensors and electrochemistry to detect the antibiotic Ofloxacin in pharmaceuticals and biological samples.
The Molecular Matchmaker: How Soap Molecules Help Detect a Cancer Drug
Discover how anionic surfactant molecular structure enhances detection of the leukemia drug nilotinib through innovative electrochemical analysis.
The Silent Sentinels: How Bio-Electrochemical Immunosensors Are Revolutionizing Disease Detection
Explore how bio-electrochemical immunosensors combine biological recognition with electronic signaling to detect diseases with unprecedented sensitivity and speed.