2006

• Awschalom & Hu - Spin Transfer in Bio-Templated Nanowires
• Bawendi - Synthesis and characterization of biologically-inspired magnetic/semiconductor nano-heterostructures
• Cohen - A Chip-Scale Fluorometer for Biochemical Sensing
• Marsden - Multi-scale Dynamics of Biomolecules
• Bazan - Reusable Solid-State Optically Amplified Conjugated Polymer Sensors
• Fredrickson & Shea - Theoretical Investigations of Polyelectrolyte Complexes for Biosensors
• Heath & Lewis - Single Cell Diagnostics for Health Status Monitoring
• Heeger, Plaxco & Petroff - Electrochemical DNA Sequence Detection: Improvement of Sensitivity
• Lewis - Nanoparticle-based Chemiresistive Vapor Sensor Arrays
• Manalis - Microdevices for real-time biomolecular detection
• Meinhart & Turner - AC Electrokinetic Enhancement of Bio-Sensor Performance
• Moskovits, Plaxco & Reich - Biosensing using surface enhanced Raman spectroscopy: constructing nanostructures for enhancing optical detectivity of bioagents to the single molecule level
• Reich - Nanoparticle Energy Transfer (NPET) Based Bio and Chemical Detection
• Turner - Development of a Mass Sensor Based on Parametric Excitation
• Belcher - Virus Engineering to Self-Assemble Hybrid Biological and Electronic Materials: Towards Ultra-Lightweight Personal Power
• Belcher & Mello - Spinning and Growing Organic-Inorganic Hybrid Fibers for Textile-Inbedded Sensors
• Cleland & Vandenberg - Nanoscale Radiofrequency Ion Channel Probes
• Kosik - Synaptic Nanomachines for Information Transfer Systems
• Matsudaira & Mello - Spun Contractile Biopolymer Fibers
• Morse - Biomimetic Synthesis of Advanced Materials for Improved Power: Weight Efficiency of Electrical Batteries and Photovoltaics
• Stucky & Moskovits - Molecular Assembly of Multifunctional Systems and Arrays
• Arnold - Computational Enzyme Design by Structure-Guided Recombination
• Chmelka - Characterization and Control of Light-Triggered Guest Binding and Protein Folding for Sensor Applications
• Daugherty - High-Performance Multifunctional Affinity Reagents Using New Scaffolds and Non-Canonical Amino Acids
• Han - Molecular Detection of Biochemical Processes by Highly Enhanced Nuclear Magnetic Resonance
• Israelachvili & Turner - Processing, Characterization And Optimization Of Nano-Films For Adhesion And Sensor Applications
• Mabuchi - New Frontiers in Single-Molecule Spectroscopy
• Mayo - Development of Reagentless, Protein-Based Biosensor Platform for Large and/or Hydrophobic Ligands
• Soh - High Purity Microbial Cell Sorting on Chip
• Tirrell, David - Non-Canonical Amino Acids in Protein Engineering
• Tirrell, Matthew & Zasadzinski - Controlled Self-Assembly of Synthetic, Biologicaly Active Amphiphilic Molecules at Surface and Interfaces to Produce Multifunctional Specific Cell and Molecular Recognition
• Wittrup & Belcher - Development of Eukaryotic Cells for Adherence, Growth and Self-Healing Materials: From Optical Coatings to Wound Healing
• Agrawal, Singh & Suri - Information Processing Architecture for a Network of Biosensors
• Asthagiri - Re-Engineering in vivo Resistance to Information Processing Through the MAP Kinase Module
• Carlson & J. Doyle - Complexity and Robustness in Communication Networks
• Carlson & J. Doyle - Power Laws and Network Vulnerability in Bio and Bio-inspired Networks
• Dickinson & Murray - Characterization of Insect Flight Control Systems
• Doyle, Frank & Petzold - Sensitivity Analysis for Discrete Stochastic Simulation of Biochemical Networks
• Doyle, John - Systems Biology Modeling and Simulation Languages and Software
• Hespanha & Madhow - De-centralized Computation and Control in Large-Scale Networks
• Khammash & Hespanha - Stochastic Modeling, Analysis, and Simulation of Sensor and Biochemical Networks
• Lauffenburger & Sorger - Biological Cue-Signal-Response Information Processing Governing Human Tissue Cell Death-vs-Survival Responses to Pathogens and Inflammation
• Leadbetter, Murray & J. Doyle - Quorum Sensing and Signal Decay: Cell-Cell Communications
• Madhow & Belding-Royer - New Architectures for Scale and QoS in Multihop Wireless Networks
• Murray, J. Doyle & Parrilo - Networked Control Systems
• Petzold & Cotter - Towards The Development of Multiscale Simulation of a Bacterial Phosphorelay Sensory Transduction System

2004

• Atomistic and Mesoscopic Simulations of Polyelectrolytes
• Modeling Of Microfluidics Processes for Improved Sensitivity and Accuracy of Bio/Chemical Sensing Devices
• Modeling Of The Pap Pili Phase Variation System
• Towards the Multiscale Simulation of Biochemical Networks
• Characterization of Protein Folding on Inorganic Substrates for Biosensors by Optically Enhanced NMR
• Interactions between Self-Assembled Biomolecules and Inorganic Surfaces
• Macroscopic Imaging and Characterization of Self-Healing and Failure in Molecular Materials in the Regime of Impacts that Soldiers and their Equipment Must Be Able to Survive
• Single-Pair Fluorescence Resonance Energy Transfer
• Electrical characterization of phage-templated wire
• Virus Engineering to Self-Assemble Hybrid Biological and Electronic
• Signal Propagation in DNA Nanotubes
• Daugherty, D. Tirrell & Mitragotri - Display Methodologies for Peptide Isolation and Engineering Using Non-Natural Amino Acids
• Matsudaira & Lauffenburger - Capturing and Processing Cellular and Molecular Signatures
• Mayo - Computational Tools for Protein Design
• Mitragotri - Long Circulating Nanoparticles As Biomolecule Hosting Platforms For Applications In Sensors And Delivery
• Biophotonic Integrated Circuits
• Denbaars - Tunable Blue Laser Diodes for Bioagent Detection
• Denbaars, Mishra, Morse & Nakamura - InGaN-Based Optoelectronic DNA Sensor
• Morse - Biotechnological and Biologically Inspired Route to Adaptive Optical. Electronic and Magnetic Materials
• Plaxco & Petroff - Nanoelectrode structures to significantly enhance the signaling characteristics of DNA- and protein-based electronic biosensors
• Reich & Cleland - Nucleoprotein/quantum dot based single electron devices
• Soh & Waite - Biological transducers: Piezoelectricity in non-cellular biological materials
• Stucky & Deming - Nanoparticle-Polypeptide Composite Materials for Bioinspired Sensing Applications