How chloroprene rubber transformed fragile biosensors into durable medical detection tools through materials science innovation.
Discover how egg white proteins like avidin are revolutionizing cancer treatment through pretargeted therapy, with duck avidin showing superior performance over chicken avidin.
Explore how biosensors and biochips are transforming healthcare, environmental monitoring, and diagnostics with their incredible sensitivity and speed.
Discover how nitrogen-vacancy centers in diamonds are enabling ultra-sensitive biomolecular detection through quantum sensing technology.
Discover how bioinspired asymmetric membranes are revolutionizing osmotic energy harvesting with unprecedented efficiency and power density.
Explore how modern electrochemical sensors and biosensors are revolutionizing food safety and quality monitoring with unprecedented speed and precision.
Discover how scientists are improving the stability of DNA-gold nanoparticle conjugates for medical applications through innovative molecular architecture.
Discover how scientists are using reversible gas-phase reactions to tune graphene's properties, creating programmable bandgaps for next-gen electronics.
Exploring how wireless biosensors are transforming pediatric hospital care by enabling continuous monitoring while improving comfort and mobility for young patients.
Exploring how whole-cell bioreporters are transforming parasite detection through synthetic biology