Explore how microbial fuel cell-based biosensors harness bacteria to generate electricity and monitor our environment in real-time.
Discover how the V-grooved gold-coated photonic crystal fiber sensor uses light to detect cancer at its earliest stages through advanced photonics and nanotechnology.
Discover how graphene-based biosensors are revolutionizing lactate monitoring for healthcare, sports medicine, and personalized health tracking.
Discover how quantum dots combined with carboxymethyl cellulose create a revolutionary fluorescence sensor for detecting bovine serum albumin with unprecedented sensitivity.
Explore how VCSEL sensor chips integrated with gold nanoparticles are transforming disease diagnostics through advanced biosensing technology.
Explore how LSPR fiber-optic biosensors use light and gold nanoparticles to detect diseases, toxins, and food spoilage with unprecedented sensitivity.
Discover how scientists created DNA aptamers to detect furaneol, a key flavor compound in foods like strawberries and coffee, revolutionizing food quality monitoring.
Explore how microcantilever biosensors with chitosan coating are transforming disease detection through unprecedented sensitivity in DNA and dopamine monitoring.
Explore how enzyme chemical engineering is revolutionizing biosensor technology for medical, environmental, and industrial applications.
Discover how biosensor mouse models are revolutionizing pancreatic cancer research through real-time visualization of cancer progression and treatment resistance.