Research Articles
The Invisible Frontier: How Micro-Electroanalysis is Revolutionizing Science
Explore how electroanalysis at micro- and nano-scales is transforming scientific discovery, from single-molecule detection to real-world applications in medicine and environmental monitoring.
The Silent Language of Molecules: How Electroanalysis is Shaping Our World
Explore how electroanalysis technology is revolutionizing healthcare, environmental monitoring, and security through molecular detection.
The Sweet Science of Citrus: How Novel Electrodes Detect Healthy Compounds in Your Juice
Discover how nanoscale sensors with electropolymerized coatings can detect flavanones in citrus juice with unprecedented precision.
The Atomic Architect: Building Better Materials One Perfect Layer at a Time
Explore how Underpotential Deposition (UPD) enables atomic-level control in material science, powering advancements in fuel cells, sensors, and nanotechnology.
The Sweet Science of Sensing: How a Nano-Scaffold Supercharges a Sugar-Detecting Enzyme
Explore how immobilizing Glucose Oxidase on Palladium nanoparticles and ionic liquid-derived fibrillated mesoporous carbon creates a revolutionary biosensor for glucose detection.
Tiny Carbon Balls and a Pinch of Copper: A New Hope for Fighting HIV
Discover how Copper-Modified Carbon Nano-Onions are revolutionizing HIV drug monitoring through advanced electroanalysis technology.
The Invisible Threat: How a New Nano-Detective is Sniffing Out Arsenic in Our Water
Discover how gold nanoparticles anchored to cobalt oxide microsheets create an ultra-sensitive sensor for detecting trace arsenic in water and human serum.
Powering the Future: How a Nano-Sandwich Material Supercharges Methanol Fuel Cells
Discover how the GQD-PANI/Cu-MOF composite electrode revolutionizes methanol fuel cells with enhanced efficiency and durability.
The Silent River and the Scientific Sleuths: A New Weapon Against a Pesticide Menace
How cutting-edge nanotechnology is detecting fenthion, an invisible water contaminant, with stunning precision using electrochemical sensors.
The Invisible Messenger: Catching a Whisper in the Torrent of Blood
Discover how nanotechnology is revolutionizing the detection of noradrenaline in human blood with a breakthrough sensor made from gold nanoparticles and silica nanochannels.