Explore how hypoxic electroanalysis using dense gases and electrochemical techniques is revolutionizing our understanding of oxygen deprivation in biological systems.
Discover how nanobubble pulse counting in DNA-functionalized nanopores enables highly sensitive detection of disease biomarkers like microRNAs for early cancer diagnosis.
Discover how Halim-mediated zinc oxide electrochemical sensors provide innovative copper detection in water using green nanotechnology.
Discover how nickel cobalt selenide with a unique nano-moss structure enables unprecedented detection of gaseous hydrogen peroxide for medical, industrial and security applications.
Discover how biochar-modified 3D-printed sensors are revolutionizing food safety by detecting Carbendazim pesticide with unprecedented sensitivity and affordability.
Discover how advanced nanomaterials and smart coatings are overcoming electrode fouling challenges in electrochemical biosensors for medical diagnostics.
Discover how antimony oxide embedded graphitic carbon nitride nanocomposite creates a powerful sensor for detecting hazardous bisphenol A (BPA) in our environment.
Discover how chemically modified Ayous sawdust transforms from industrial waste into a powerful tool for removing and detecting methylene blue pollution in water.
Explore how electroanalysis is transforming healthcare, environmental monitoring, and energy solutions through cutting-edge technologies like 3D-printed sensors and wearable devices.
Explore how carbon quantum dots are transforming biomedical analysis through their unique properties in detecting DNA and albumin with unprecedented precision.