Discover how nanolayered structures using Surface Plasmon Resonance are transforming hemoglobin detection and health monitoring.
Discover how iron oxide nanorings are revolutionizing dopamine detection with unprecedented sensitivity and speed for neuroscience research.
Discover how a revolutionary amplification-free CRISPR/Cas biosensing device could transform disease detection with laboratory accuracy and home test simplicity.
Explore groundbreaking measurement science tools that help detect cancer, viruses, and map the brain with unprecedented clarity in ACS Measurement Science Au Issue 2.
Discover how origami-paper-based graphene-modified aptasensors are transforming early cancer detection through innovative electrochemical biomarker analysis.
Exploring the toxic effects of 2-ethyl(bicyclo[2.2.1]heptane) on bacterial cells through bacterial biosensor technology and its environmental implications.
Discover how hemocompatible PLGA-F127 nanospheres are revolutionizing biosensor technology for whole blood analysis.
Explore how monoclonal antibodies and biosensor technology are revolutionizing water pollution detection through advanced molecular targeting.
Explore how Surface Plasmon Resonance (SPR) biosensors are transforming biological research and medical diagnostics through real-time molecular interaction analysis.
Discover how optical fiber sensors and machine learning are revolutionizing glucose monitoring for diabetes management through non-invasive technology.