Research Articles
Catching Invisible Pollutants: How a Tiny Electrochemical Cell Detects Antibiotics in Our Water
Discover how an innovative electrochemical cell combines microextraction and electroanalysis to detect trace-level norfloxacin in water samples, addressing antibiotic pollution challenges.
Manganese Dioxide Graphite Composites: The Molecular Detectives Revolutionizing Chemical Sensing
Explore how manganese dioxide graphite composite electrodes enable sensitive detection of hydrogen peroxide, ascorbic acid, and nitrite ions for environmental and biomedical applications.
The Molecular Bouncers: How Smart Polymers are Revolutionizing Electrochemical Sensors
Explore how quaternary ammonium ionic polymers are creating ultra-sensitive electrochemical sensors that can detect specific molecules in complex mixtures.
The Electric Microbe: How Shewanella oneidensis MR-1 Is Revolutionizing Bioelectrochemistry
Explore the fascinating electroactive properties of Shewanella oneidensis MR-1 and its potential applications in bioenergy, environmental remediation, and biotechnology.
The Liquid Frontier: Reading the Secret Language of Ions
Discover how AC voltammetry at liquid-liquid interfaces revolutionizes the detection of redox-inactive ions like calcium, nitrate, and chloride.
Shocking Truths: How Electricity Helps Solve Tuberculosis Treatment Puzzles
Explore how electroanalysis revolutionizes tuberculosis treatment monitoring through advanced electrochemical techniques for detecting antitubercular drugs.
Seeing the Invisible: How Electrochemiluminescence Imaging Illuminates the Microscopic World
Explore the revolutionary technology of electrochemiluminescence imaging that converts electrical signals into light to reveal microscopic biological processes.
The Nano-Revolution: How a Nickel and Diamond Biosensor is Revolutionizing Amino Acid Detection
Discover how nanoporous nickel and boron-doped diamond biosensors are transforming L-alanine detection with unprecedented sensitivity and applications across healthcare and industry.
Untangling the Whisper: How a Mathematical Trick Cleans Up Noisy Science
Discover how Spline Wavelet Self-Convolution, a powerful mathematical technique, is revolutionizing electroanalysis by resolving overlapping signals and extracting clear data from noise.
Atomic Detectives: How Radioisotopes Illuminate the Invisible World of Electrochemistry
Explore how radioisotopes act as atomic detectives, revealing the hidden molecular dance at electrode surfaces and revolutionizing electroanalysis.