Research Articles
Molecular Architects: How Nature's Building Blocks Revolutionize Bio-Sensing
Discover how self-assembled monolayers of thio-substituted nucleobases on gold electrodes are revolutionizing bio-sensing technology for medical diagnostics and environmental monitoring.
The Tiny Marvel: How Unzipped Carbon Nanofibers are Revolutionizing Biomolecule Detection
Discover how dendritic unzipped carbon nanofibers with surfactant-free palladium nanoparticles are transforming biomolecule electroanalysis for healthcare applications.
Nano-Detectives: The Tiny Particles Revolutionizing Chemical Sensing
Explore how nanomaterials are transforming electrochemical sensing with unprecedented sensitivity and precision for medical, environmental, and food safety applications.
Breaking the Liquid Barrier: How Closed Bipolar Electrodes Are Revolutionizing Electrochemical Sensing
Discover how closed bipolar electrode technology eliminates liquid junction problems in electrochemical sensing, enabling simultaneous multiplex analysis with unprecedented stability and reliability.
The Silent Sentinel: How Electroanalysis Decodes the Secrets of Biological Fluids
Explore how electroanalysis revolutionizes healthcare by converting chemical signals in biological fluids into real-time health data through advanced electrochemical sensors.
Lab-on-a-Plant: How Fruit Skin and Leaves Are Being Transformed into Herbicide Sensors
Discover how nanotechnology is turning fruit skins and leaves into powerful herbicide sensors using innovative nano-inks and direct-writing technology.
Spark of Life: How Electroanalysis is Revolutionizing DNA Detection
Explore how electroanalysis is transforming DNA detection through nanotechnology, making genetic analysis faster, cheaper, and more accessible worldwide.
The Silent Superpower of Chemistry: How Electroanalysis Detects Nature's Hidden Compounds
Explore how electroanalysis transforms chemical detection with portable, sensitive methods for monitoring biological and industrial compounds.
The Silent Spark: How Electrochemistry Reveals Our Body's Molecular Secrets
Explore how electroanalysis of biologically important compounds is revolutionizing healthcare through electrochemical biosensors, nanotechnology, and AI integration.
The Enduring Legacy of Mercury Electrodes: Tracking Biological Compounds with a Toxic Tool
Exploring mercury electrodes in electroanalysis - their advantages, limitations, and modern alternatives for detecting biologically active compounds