Research Articles
Seeing the Invisible: How Computerized Electroanalysis Spots Trace Metals with Precision
Explore how computerized electroanalysis with multiple scanning and background subtraction revolutionizes trace metal detection in environmental monitoring, healthcare, and industrial processes.
The Silent Watchdog: How Electrochemical Sensors Revolutionize Drug Monitoring
Explore how electrochemical sensors based on direct redox reactions are transforming drug monitoring with nanotechnology, AI integration, and portable devices.
The Invisible Hunt for a Toxic Metal: Electrochemical Sleuthing at Work
Discover how scientists use electrochemically activated glassy carbon electrodes to detect trace copper species through preconcentration and electroanalysis.
Catching a Rare Earth Ghost: The Molecular Trap That Makes It Possible
Discover how scientists use electrochemical detection with molecular traps to precisely identify lanthanum, a crucial rare earth element, by controlling mass transport effects.
The Chemical Tango: Untangling a Powerful Disinfectant Duo
Discover how simultaneous electroanalysis revolutionizes the measurement of peroxyacetic acid and hydrogen peroxide in industrial disinfection processes.
The Diamond Detective: Catching Molecules in a Stream
Discover how boron-doped diamond electrodes revolutionize chemical detection in flow analysis systems for glutathione and cephalexin monitoring.
The Molecular Guardians: How Specially Designed Materials Revolutionize Chemical Sensing
Explore how self-assembled monolayers and electropolymerized phthalocyanine films are transforming electrochemical sensing for environmental monitoring, healthcare, and food safety.
Unlocking the Invisible: How Heteropoly Acids Help Us "See" Unresponsive Ions
Explore how heteropoly acids revolutionize electroanalysis of non-electroactive ions through advanced electrochemical mediation and real-world applications.
The Molecular Detective: How a Blood Protein and a Kitchen Ingredient Can Sniff Out a Super-Nutrient
Discover how scientists use hemoglobin and polysorbate-20 to detect kaempferol, a powerful antioxidant, with cutting-edge electroanalysis technology.
Cracking the Atomic Code: The Liquid Stream That Analyzes Super-Thin Materials
Discover how flow electroanalysis helps scientists analyze ultra-thin semiconductor materials like cadmium selenide for next-generation electronics.