Discover how sulfur chemistry enhances glycodendrimers for advanced medical and material applications, including HIV inhibition and biosensing.
Discover how mushroom-derived enzymes and nanozymes are transforming L-arginine detection for healthcare and food safety applications.
Explore how peptide-substituted perylene-bisimides (PBIs) are revolutionizing nanotechnology through controlled molecular aggregation.
Exploring how microstructure design and polymer selection solve critical interface challenges in nanoscale biosensing
Exploring how biosensors revolutionize our understanding of cellular communication through adhesion-mediated responses to their microenvironment.
Revolutionary biosensing technology using virus-gold nanoparticle clusters for ultrasensitive disease detection
Explore Cal State Fullerton's 16th Annual NSM-ICC Science and Mathematics Symposium where student researchers presented groundbreaking work in microbiology, mathematics, and molecular biology.
Discover how carbon nanotube-based electrochemical biosensors are transforming capsaicin detection in chili peppers, offering faster, more sensitive measurements than traditional methods.
Discover how adapted White Light Scanning Interferometry enables precise analysis of thick, rough hydroxyapatite coatings for medical implants.
Exploring how nanoparticle biosensors are transforming food allergy detection with unprecedented sensitivity and speed.