Discover how bioelectrochemical technologies like microbial fuel cells are harnessing soil microbes to generate clean electricity, purify water, and create fertilizer in agriculture.
Explore how cylindrical ISFETs and their threshold voltage modeling are revolutionizing molecular detection in medicine and environmental monitoring.
Explore how European researchers are advancing nanocapsule technology through interdisciplinary collaboration for medical, food science, and environmental applications.
Explore the remarkable properties and applications of zinc oxide nanomaterials, from environmental cleanup to cutting-edge medical therapies.
Explore how microbial biosensors and fuel cells are transforming environmental monitoring through the groundbreaking research of Reshetilov Anatoly at the Russian Academy of Sciences.
Exploring the groundbreaking multidisciplinary analytical chemistry advancements from the MADICA 2016 conference and their impact on scientific sensing technologies.
Explore how polymer brush technology is transforming medical diagnostics, water purification, and materials science through advanced biosensors and membrane applications.
Discover how direct electrochemical synthesis is revolutionizing the creation of organoaluminium compounds using electricity and sacrificial aluminium anodes.
Discover how DNA-electrochemical biosensors reveal benznidazole's mechanism of action against Chagas disease through voltammetric analysis.
Discover how Au/TMC/Fe₃O₄ nanocomposites are revolutionizing cancer diagnosis and treatment through nanotechnology, combining gold, magnetic iron oxide, and smart polymers for biomedical applications.