Exploring the critical role of reference electrodes in electrochemistry, from battery technology to medical sensors.
Discover how liquid-phase modified nanopipette electroanalysis enables real-time monitoring of biomolecules within individual living cells, revolutionizing single-cell analysis.
Explore how nanoparticles are revolutionizing electroanalysis, enabling unprecedented sensitivity in detecting everything from diseases to pollutants.
Discover how catalytic reactions on mercury electrodes enable scientists to detect Metallothionein, a crucial protein for heavy metal detoxification.
Discover how dual-mode sensors using diazo reactions revolutionize nitrite detection in pickled foods, combining colorimetric and electrochemical methods for enhanced food safety.
Discover how phosphorothioated RNA aptamers enable picomolar detection of urokinase plasminogen activator for early cancer diagnosis
Explore how injection moulded polymer electrodes are revolutionizing microfluidic electroanalysis systems, enabling portable, affordable chemical analysis.
Explore how electrodeposited thallic oxide films serve as powerful catalysts for environmental cleanup and green energy production.
Discover how the combination of overoxidized polypyrrole and gold nanoparticles creates revolutionary sensors for detecting dopamine with exceptional clarity and selectivity.
Explore how nanoscale engineering of Cobalt Phthalocyanine is revolutionizing electroanalysis for environmental monitoring and medical diagnostics.