Research Articles
Shining a Light on Disease: How MXene Biosensors are Revolutionizing Medical Detection
Discover how MXene-based electrochemiluminescence biosensors are transforming early disease detection with unprecedented sensitivity and specificity.
The Smart Knee: How Biosensor-Integrated Implants Are Revolutionizing Joint Replacement
Explore how biosensor-integrated tibial components are transforming knee replacement surgery through real-time monitoring and early complication detection.
The Invisible Bloodhound: How a D-Shaped Fiber Sensor Detects Disease Before Symptoms Appear
Explore how D-shaped photonic crystal fiber biosensors use surface plasmon resonance to detect diseases at the molecular level before symptoms appear.
The Silent War Against Mosquito-Borne Diseases: How Graphene-Silica Biosensors Are Revolutionizing Detection
Discover how graphene-silica composite biosensors are transforming the detection of Zika and dengue viruses with unprecedented speed and accuracy.
The Graphene Biosensor Revolution: A Tiny Chip That Guards Your Liver Health
Discover how graphene-based biosensors are revolutionizing liver health monitoring with unprecedented speed and sensitivity for ALT detection.
The Acid-Detective: How a Tiny Sensor is Exposing Cancer's Weakness
A revolutionary biosensor that can detect the subtle acid halo around drug-resistant cancer cells is paving the way for smarter, more effective treatments.
Biosensor Chips: The Silent Guardians of Our Waterways
Explore how biosensor chips revolutionize water pollution monitoring through real-time detection, microfluidic technology, and innovative biorecognition systems.
The Virus That Saves: How Bacteriophages Are Revolutionizing Glucose Monitoring
Discover how nanostructured bacteriophages are transforming glucose detection through disposable amperometric biosensors for diabetes management.
The Bacterial Detective: Engineering E. coli to Glow in the Presence of a Hidden Toxin
Discover how genetically engineered E. coli bacteria can detect dangerous aflatoxins in food by glowing green, creating a revolutionary biosensor technology.
The Silicon Nose: How a Tiny Chip Detects Deadly Pesticides
Discover how capacitive field-effect sensors are revolutionizing pesticide detection with miniaturized silicon chips that act as electronic tongues.