Slide 016: "Detecting Ligand-Receptor Binding" [ 00:19:39 ]

Go To Slide: Title Slide Outline of Presentation Physics and Biological Problems Philosophical Approaches? Key Issues: Sensor and System Sensing/Detection in Biology Why Nanoscale Science and Technology? Vision of Nanotechnology: A Bottom-Up Paradigm Molecular Scale Nanowires Silicon Nanowire Field Effect Transistors Nanowire Nanosensors Nanowire Nanosensors (cont.) Nanowire Nanosensors (cont.) Nanowire Nanosensors (cont.) Nanowire pH Sensors Detecting Ligand-Receptor Binding Real-Time Detection of Proteins Picking a Problem: Prostate Cancer Nanowire Nanosensor: Real-Time Cancer Marker Detection Nanowire Nanosensor: Real-Time Cancer Marker Detection Sensor Arrays Real-Time Multiplexed Detection with Nanowire Parallel Detection and Diagnosis of Viruses Using Integrated Nano Towards the Future: Areas to Impact Enabling Personalized Medicine Ultimate Sensor: Single-Molecule Detection Estimating Nanowire Sensitivity Nanowire Single-Molecule Electrical Detection? Stochastic Sensing of Single Agents: The Need for Integrated Procesing Sensing-Computation Duality at the Nanoscale Processing: Today and Future