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SRA 4: Hazardous Substances Sensing, Recognition, and Protection
SRA4 focuses on high-sensitivity detection of molecularly complicated hazardous substances, e.g., chem/bio agents, food-born pathogens, and individual toxicants in complex organic mixtures, and on methods to detect human exposure to toxins and to protect humans from hazardous biological substances such as viruses and bacteria.
Theme 4.1: Sensing of Toxic Substances, Exposure Biomarkers and Explosives Using Integrated Nano- structured Platforms
Project 4.1.1: Graphene Sensing for Detection of Foodborne and Other Pathogens
Project 4.1.2: Resistivity-Based Microfluidic Biosensing
Project 4.1.3: Rugged, High Sensitivity Integrated Photonic Chemical Sensing
Project 4.1.4: Molecular Recognition Using Carbon Nanotube Adsorbed Polymer and Bio-Polymer Phases — Synthetic Nanotube
Templated Antibodies
Theme 4.2: Quantum Dots for Chem/Bio Sensing
Project 4.2.1: Chem-Bio Analyte Sensing with Hybrid Quantum Dot Constructs
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