Research Articles
The Copper Detective: A Tiny Trap for Tracking Metal in Your Food
Discover how Pyrene-1-carboxaldehyde hydrazone modified mesoporous silica foam enables efficient and accurate electroanalysis of copper in food samples.
The Smart Electrode: Teaching a Wire to be a Molecular Detective
How a dash of chemistry is turning simple metal into supersensors for everything from glucose to environmental toxins.
Chemical Romance: How DNA Love-Atoms are Revolutionizing Biosensors
Discover how DNA aptamers are transforming electroanalysis and biosensing technology through molecular recognition and electrochemical detection.
The Silent Saboteur: How Ultrasound Tames a Tricky Copper Test
Discover how sonoelectroanalysis uses ultrasound to detect copper in passivating media, overcoming traditional analytical limitations.
Pulse Voltammetry: Theory and Applications in Electrochemistry
Explore the principles and applications of Pulse Voltammetry, a powerful electrochemical technique for sensitive detection and analysis.
The Molecular Traffic Jam: A New Sensor to Untangle Critical Biomolecules
Discover how a modified carbon nanotube sensor can simultaneously detect 6-Thioguanine, Uric Acid, and Folic Acid with unprecedented precision.
The Liquid Computer: How Conducting Polymers in Hair-Thin Channels are Revolutionizing Chemical Detection
Explore how conducting polymers in microfluidic channels are creating revolutionary electroanalysis systems for chemical detection and sensing applications.
The Sonic Screwdriver: How a Tiny Hum is Supercharging Chemical Detection
Discover how miniature acoustic resonators are revolutionizing lab-on-a-chip technology by enhancing chemical detection sensitivity through sound waves.
Smart Gels That Think: How Heat-Activated Hydrogels Are Revolutionizing Electroanalysis
Explore how thermally responsive electroactive gels are transforming electroanalysis through switchable sensors, molecular computing, and biomedical applications.
Unlocking the Hidden Powers of Carbon: How Tiny Tweaks are Revolutionizing Energy and Medicine
Explore how surface and structural modifications are transforming carbon electrodes for advanced electroanalysis and electrochemical conversion applications.