Discover how a novel graphene-based biosensor uses electrostatic functionalization to monitor lactate levels through sweat, revolutionizing health and fitness tracking.
Explore how nanospace engineering on electrodes is revolutionizing biosensing technology for early disease detection.
Explore the future of biosensor technology from wearable patches to bacteria-powered electricity generation for smarter health and environmental monitoring.
Discover the revolutionary Hornbill electrochemical bio-tag - a portable, touchless, and battery-free solution for rapid multi-pesticide detection in food and environmental monitoring.
Discover how a tiny implantable biosensor detects early transplant rejection by monitoring temperature changes in rats, revolutionizing post-transplant care.
Explore how vertical nanowire array-based biosensors are transforming medical diagnostics with extreme sensitivity and minimal intrusion.
Exploring the extraordinary legacy of Professor Isao Karube, Japan's 'Mr. Biosensor,' whose innovations revolutionized environmental monitoring, medical diagnostics, and sensor technology.
Discover how photocolorimetric biosensors use color changes to detect dangerous organophosphorus compounds in our food supply.
Explore how carbon nanotubes, DNA hybridization, and machine learning are creating revolutionary biosensors for early disease detection.
Explore how a revolutionary biosensor built from shrimp shells and graphene is transforming disease detection with faster, cheaper, and more accurate diagnoses.