| SUNDAY EVENING | Supramolecular Design of Chemical Sensors |
Discussion Leader: Tom Mallouk, Penn State University
- Abraham Shanzer, Weizmann Institute
Metal ions as "bridging elements" in the interface between structures and functions
- Yoshio Umezawa, University of Tokyo
Molecular sensing based on cellular signaling; mimicking, interfacing and probing
| MONDAY MORNING | Array Chemical Sensors |
Discussion Leader: Hank Wohltjen, Microsensor Systems
- Nathan S. Lewis, Caltech
Vapor sensing using arrays of conducting polymer composite chemiresistors
- David Walt, Tufts University
Pushing the limits of size and sensitivity with optical sensor arrays
- John McDevitt/Eric Anslyn, University of Texas at Austin
Simultaneous analysis of multiple analytes by a sensor array in solution: toward the development of an "electronic tongue"
| MONDAY EVENING | Chemical Forces in Biomolecular Recognition |
Discussion Leader: Deborah Leckband, University of Illinois, Urbana-Champaign
- Richard Colton, Naval Research Laboratory
Biosensors based on force discrimination between molecules
- Bengt Kasemo, Chalmers University
Surface microarchitectures for biomaterials and biosensors
| TUESDAY MORNING | Novel Optical Methods |
Discussion Leader: Tony Czarnik, Illumina
- Reza Ghadiri, Scripps Research Institute
New optical methods for nucleic acid sensing
- Boris MizaikoffVienna University of Technology
Novel aspects of chemical sensing in the mid-infrared region
- A.P. de Silva, Queen's University of Belfast
Luminescent sensors: setting recognition alight
| TUESDAY EVENING | New Materials for Chemical Sensors |
Discussion Leader: Marcel Bruchez, Quantum Dot Corporation
- Catherine Murphy, University of South Carolina
Quantum dots as chemical sensors
- Sandy Asher, University of Pittsburgh
Crystalline colloidal self assembled materials for chemical sensing
| WEDNESDAY MORNING | Chemical Sensor Platforms |
Discussion Leader: Fabien Josse, Marquette University
- Electra Gizeli, University of Cambridge
High frequency acoustic waves: a powerful technique for biochemical studies
- James Sandifer, Eastman Kodak Co.
Process analytical and environmental applications from the Kodak "Sin Soars" team
- Udo Weimar, University of Tuebingen
Modeling of sensor mechanisms for metal oxide based sensors: experiments/theory with SnO2 as a case study
| WEDNESDAY EVENING | 10 Minute Contributed Talks |
Discussion Leader: Deborah Charych, Chiron Technologies
| THURSDAY MORNING | Chemical Sensing in Remote and Harsh Environments |
Discussion Leader: Sam Kounaves, Tufts University
- Joseph Wang, New Mexico State University
Remote sensors and submersible laboratories for in-situ monitoring
- Sheikh Akbar, Ohio State University
Ceramic sensors: opportunities and challenges
- Basil Swanson, Los Alamos National Laboratory
Chemical Sensors for humanitarian demining
| THURSDAY EVENING | Microfluidic and Microelectrochemical Sensors |
Discussion Leader: Laurie Locascio, NIST
- Michael Ramsey, Oak Ridge National Laboratory
Transforming the laboratory into a sensor: the laboratory-on-a-chip
- Dan Feldheim, North Carolina State University
Chemical sensing with a single electron
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