Research Articles
Plastic Antibodies: How Molecular Imprinting Revolutionizes Biosensing
Explore how molecularly imprinted polymers create synthetic antibodies for precise dopamine detection and biosensing applications.
The CTAB Revolution: How a Common Surfactant Supercharges Neurochemical Detection
Discover how carboxylated graphene oxide/lanthanum electrodes with CTAB enable precise detection of dopamine and uric acid, revolutionizing neurochemical sensing.
The Silent Spark: How Amorphous Carbon Nitride is Revolutionizing Brain Chemistry Detection
Discover how amorphous carbon nitride (a-CNₓ) is transforming dopamine detection in neuroscience with its superior electrochemical properties and cost-effectiveness.
The Humble Pencil: Your Pocket-Sized Electrochemical Superhero
Discover how pencil graphite electrodes (PGEs) are revolutionizing electroanalysis with their low cost, versatility, and surprising power in chemical detection.