Research Articles
The Invisible Atomic Dance: Unveiling Isotopic Exchange
Explore the fascinating chemistry of isotopic exchange between bromoacetic acid and bromide, its experimental study through electroanalysis, and its modern applications in nanotechnology and drug development.
Measuring Antioxidant Power: A Tiny Electrode Revolutionizing Health Science
Discover how electrogenerated iodine at disposable screen-printed electrodes provides rapid, inexpensive antioxidant measurement for food quality control and clinical diagnostics.
Tiny Channels, Big Breakthrough: A New Sensor for Safer Medication Monitoring
Revolutionary electrochemical sensor using silica nanochannels and β-cyclodextrin-functionalized graphene for sensitive acetaminophen detection
The Tiny Marvel: How ZnO Nanoparticles are Revolutionizing Chemical Detection
Explore how zinc oxide nanoparticles are transforming chemical sensing with unprecedented sensitivity and precision in detecting compounds like thiosalicylic acid.
The Molecular Messenger: How a Simple Plant Chemical Supercharges Electroanalysis
Discover how phenol-based redox mediators act as molecular translators in electroanalysis, enabling sensitive detection of silent molecules like arsenic in water.
The Copper Dendrimer: Where Nano-Metals and Electricity Meet
Explore the revolutionary copper-poly(propyleneimine) metallodendrimer, a nanoscale molecular marvel with potential applications in biosensing, drug delivery, and catalysis.
The Invisible Revolution: How Electrochemical Sensing Shapes Our World
Explore the fascinating world of electrochemical sensing technology and its revolutionary applications in healthcare, environmental monitoring, and food safety.
The Invisible Measure: How Scientists Detect and Track Chlorine Dioxide
Explore the analytical methods scientists use to detect and measure chlorine dioxide, a powerful disinfectant used in water treatment and food safety.
From Weeds to Wonders: How Plant Waste is Revolutionizing Electrochemical Sensors
Discover how biomass-derived activated carbon is transforming electrochemical sensors through sustainable technology that converts agricultural waste into high-performance electrode materials.
Carbon Nanomaterials: The Tiny Giants Revolutionizing Medical Detection
Explore how carbon nanomaterials are transforming electrochemical detection in medical diagnostics through enhanced sensitivity, selectivity, and miniaturization capabilities.