Research Articles
The Nanobubble Counter: How DNA-Functionalized Nanopores Could Revolutionize Disease Detection
Discover how nanobubble pulse counting in DNA-functionalized nanopores enables highly sensitive detection of disease biomarkers like microRNAs for early cancer diagnosis.
Plastic Antibodies: How Molecular Imprinting Revolutionizes Biosensing
Explore how molecularly imprinted polymers create synthetic antibodies for precise dopamine detection and biosensing applications.
The Tiny Chemical Detectives: How Generator-Collector Electroanalysis is Revolutionizing Sensing Technology
Explore how generator-collector electroanalysis with ITO-epoxy-ITO junction electrodes is transforming chemical detection and biosensing technology.
The Copper Dendrimer: Where Nano-Metals and Electricity Meet
Explore the revolutionary copper-poly(propyleneimine) metallodendrimer, a nanoscale molecular marvel with potential applications in biosensing, drug delivery, and catalysis.
Carbon Nanotube Architectures in Electroanalysis: Building the Invisible Bridges of Biosensing
How microscopic architectures of carbon are revolutionizing our ability to detect diseases and pollutants with unprecedented precision.