Speakers
PLENARY SPEAKERS
Prof. Gabor Somorjai
University of California at Berkeley
Biointerfaces. The Grand Challenge of Molecular Surface Chemistry
Prof. George Whitesides
Harvard University
Tools for Studying Complex Processes at Surfaces
INVITED SPEAKERS
Dr. Anna Belu
Medtronic
Surface Analysis in the Medical Device Industry
Dr. Charles Bryson
Apparati, Inc.
An Interface for an XPS to Allow Measurements on Water Containing Samples at 4 C
Prof. Charles Campbell
University of Washington
Quantitative SPR Microscopy and its Applications to High-Throughput Analyses of Biomolecular Binding Events and Their Kinetics
Prof. David Castner
University of Washington
Biomedical Surface Analysis: Future Challenges and Opportunities
Prof. Ashutosh Chilkoti
Duke University
Building Soft Nanostructures with Macromolecules
Prof. Barbara Garrison
Pennsylvania State University
C60 Bombardment of Solids: Atomistic, Mesoscale, Analytic Modeling and Depth Profiling Approaches
Prof. David Grainger
University of Utah
Nucleic Acids at Surfaces
Prof. Hans Griesser
University of South Australia
Plasma Based Microarrays and Bioactive Coatings
Dr. Patrick Koelsch
University of Heidelberg
Sum-frequency Spectroscopy at Aqueous Interfaces
Prof. Deborah Leckband
University of Illinois at Urbana-Champaign
Integrin-Cadherin Cross-talk Regulates Cell Motility in Engineered Environments
Prof. Graham Leggett
University of Sheffield
Towards Functional Nanometer Scale Biointerfaces: Near-field Photopatterning
of Proteins and Nucleic Acids on Metal, Oxide and Polymer Surfaces
Prof. Gabriel Lopez
University of New Mexico
Soft Petrification: Robust Functional Bio-assemblies Made Easy
Dr. Dae-Won Moon
Korean Research Institute of Standards and Science
Nano-Bio Chemical Imaging of Single Cells and Tissues for New Biomedical Applications
Prof. Jean-Jacques Pireaux
Facultés Universitaires Notre-Dame de la Paix
XPS of Nano-objects
Prof. Buddy Ratner
University of Washington
The Non-Fouling Biointerface: Water and Entropy
Prof. Nick Winograd
Pennsylvania State University
3-Dimensional Studies of Biomaterials on the Nanoscale
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