Research Articles
The Molecular Ballet: Chirality's Hidden Dance in Electroactive Biindoles
Exploring the fascinating world of tropos and atropos biindole molecules and their revolutionary applications in chiral sensing and separation.
The Silent Revolution: How Carbon Electrodes Are Rewiring Electroanalysis
Exploring how carbon-based electrodes are transforming electroanalysis with their versatility, cost-effectiveness, and revolutionary applications in environmental monitoring, medical diagnostics, and energy conversion.
Tiny Sparks, Giant Leaps: Growing Golden Nanosensors on Carbon Threads
Explore the fascinating world of electrochemical deposition of gold nanoparticles on carbon ultramicroelectrode arrays for advanced biosensing applications.
The Silent Revolution: How Chemically Tweaked Electrodes Are Supercharging Chemical Sensors
Explore how chemically modified electrodes are revolutionizing chemical sensing with unprecedented sensitivity and selectivity in healthcare, environmental monitoring, and more.
Nano-Scouts on the Electrode: How Carbon Nanotubes are Revolutionizing Antibiotic Detection
Discover how multi-wall carbon nanotubes are transforming the detection of antibiotic residues like sulphaguanidine, helping combat antibiotic resistance.
The Vitamin Detective: How a Zapped Electrode Spots B2 in a Crowd
Discover how electrochemically activated glassy carbon electrodes enable selective detection of Vitamin B2 in complex samples with enhanced sensitivity and accuracy.
The Spark of Innovation: How Brazil's Electrochemistry Symposium Ignited a Green Revolution
Explore how Brazil's XXI Electrochemistry Symposium in Natal sparked groundbreaking green technologies from hydrogen production to wastewater treatment.
The Silent Killer in Our Water: How Ancient Chemistry is Revolutionizing Lead Detection
Discover how geopolymer cement, an ancient material, is being transformed into cutting-edge sensors for detecting lead contamination in water supplies.