Research Articles
Molecular Imprinting and Electrochemical Sensors: The Artificial Antibodies Revolutionizing Pharmaceutical Analysis
Explore how molecular imprinting technology combined with electrochemical sensors is transforming pharmaceutical analysis through artificial antibodies that detect drugs with precision.
Breathing Underwater: How Electrochemistry is Revealing Hypoxia's Secrets
Explore how hypoxic electroanalysis using dense gases and electrochemical techniques is revolutionizing our understanding of oxygen deprivation in biological systems.
Shining a Light on Life's Building Blocks: How Carbon Quantum Dots are Revolutionizing Bio-Detection
Explore how carbon quantum dots are transforming biomedical analysis through their unique properties in detecting DNA and albumin with unprecedented precision.
Nano-Revolution: How Carbon and Soapy Molecules are Building the Future of Sensors
Explore how carbon nanomaterials and surfactants are revolutionizing electrochemical sensors for healthcare, environmental monitoring, and food safety.
Bipolar Electrochemistry: The Wireless Revolution in Chemical Sensing and Materials Science
Explore the principles and applications of bipolar electrochemistry, a wireless electrochemical method transforming chemical sensing, materials science, and medical diagnostics.
The Silent Spark: How a Tiny Current Measures a Mighty Metal
Discover how electroanalysis techniques like Stripping Voltammetry enable precise detection of zinc at parts-per-billion levels in environmental and industrial samples.
The Tiny Architects: How Atomic Scaffolding Supercharges Ethanol Fuel Cells
Discover how adatom electrodes with lead and iodine atoms dramatically enhance ethanol fuel cell performance through atomic-scale scaffolding.
The Unseen World of Molten Salts: How Advanced Sensors are Powering Our Future
Exploring groundbreaking advances in electroanalysis and sensing technologies that are revolutionizing our ability to monitor molten salts in extreme environments.
The Diamond Revolution: Ultra-Tiny Sensors for a Clearer View of the Living World
Discover how diamond ultramicroelectrodes are revolutionizing electroanalysis and biological sensing with unprecedented precision and durability.
Super-Sensor for Superfoods: How Diamond Dust and Liquid Chromatography Unlock Nature's Secrets
Explore how boron-doped diamond electrodes coupled with HPLC revolutionize the detection of gallic and ellagic acids in foods and beverages.