Research Articles
The Invisible Touch: How Scientists Are Measuring the Secret Forces That Guide Our Cells
Discover how scientists are using robotic FluidFM and label-free biosensors to measure single-cell adhesion forces and uncover the mechanical language of cells.
The Tiny Revolution: How Nanostructures are Supercharging Medical Diagnostics
Explore how nanostructure-assisted isothermal amplification is revolutionizing medical diagnostics, food safety, and environmental monitoring with unprecedented sensitivity and speed.
The Silent Guardian: How Smart Packaging Fights Foodborne Pathogens
Explore how intelligent food packaging with biosensors revolutionizes food safety by detecting pathogens and monitoring freshness in real-time.
The Food Inspector in Your Fridge: How Silk Nanosensors Could Revolutionize What We Eat
Discover how silk nanosensors are transforming food safety and nutrition monitoring through cutting-edge biosensor technology.
The Nano-Detective: How a Low-Cost Plasmonic Sensor Sniffs Out Invisible Water Pollutants
Discover how innovative plasmonic sensing technology enables low-cost, on-site detection of diclofenac molecules in water systems, revolutionizing environmental monitoring.
The Silent Sentinels: How Electrochemical Sensors are Revolutionizing Medicine
Discover how electrochemical sensors and biosensors are transforming pharmaceutical sciences, from drug discovery to personalized medicine.
The Future on a Fiber: Super-Sensitive Threads That Detect Your Health
Explore how fiber-shaped organic electrochemical transistors (Fiber-OECTs) are revolutionizing health monitoring with high sensitivity and stability.
Unveiling the Invisible: How MADICA 2016 Revolutionized Our Scientific Vision
Exploring the groundbreaking multidisciplinary analytical chemistry advancements from the MADICA 2016 conference and their impact on scientific sensing technologies.
Polymer Brushes: The Tiny Hair Revolutionizing Technology from Biosensors to Water Purification
Explore how polymer brush technology is transforming medical diagnostics, water purification, and materials science through advanced biosensors and membrane applications.
The Brain's Blueprint: Can Neuroscience Build the Next Generation of Biosensors?
Exploring how neuroscience principles are revolutionizing biosensor design for unprecedented sensitivity, efficiency, and adaptability.