2008 NSTI Nanotechnology Conference and Trade Show - Nanotech 2008 - 11th Annual
Technical Conferences
Merck Corporate Needs
NanoInk Symposium
Nano Electronics & Photonics
Nano Fabrication
Sensors & Systems
Micro & Nano Fluidics
MSM - Modeling Microsystems
WCM - Compact Modeling
Nanostructured Materials & Devices
Soft Nanotechnologies & Applications
Nanoparticles in Soft Materials - Colloidal Systems
Polymer Nanotechnology
Carbon Nano Structures & Devices
Nano Particles & Applications
Nanostructured Surfaces and Interfaces
Nanoscale Characterization
Energy Technologies & Applications
Nanotech in Health, Environment & Society
ICCN - Nanoscale Modeling
Bio Nano Materials & Tissues
Bio Sensors & Diagnostics
Biomarkers & Nanoparticles
Cancer Diagnostics, Imaging & Treatment
Drug Delivery & Therapeutics
Nano Medicine
Nanotech to Neurology
Phage Nanobiotechnology
Clean Technology 2008
Industrial Impact Workshop
Confirmed Speakers
Program Committee

Partnering Events:

TechConnect Summit
Clean Technology 2008

Amplification and Self Assemblage of Phage Particles

George P. Smith

George P. Smith

Professor, Division of Biological Sciences, Tucker Hall
University of Missouri

The 2007 Promega Biotechnology Research Award, supported by the Promega Corporation, honored George P. Smith, Curators’ Professor, Division of Biological Sciences, for developing phage-display technology.

Smith’s fundamental research with bacteriophage assembly led him to consider modifying the phage coat protein for display of a random library of polypeptides - or epitopes. Thus the phage-display technology was developed. Peptides displayed on the surface of filamentous bacteriophage can be selected for unique sequences, morphologies, or chemistries and the selected peptides amplified through phage propagation to generate sufficient material for sequencing to identify the peptides. Phage display combinatorial libraries have become invaluable tools for the identification of novel peptides or protein fragments that bind to a diverse range of targets.

Smith has applied the phage display technology in his laboratory to the pursuit of understanding antibody/antigen interaction, and in doing so, he has continued to improve the practical application. His remarkable technology is now used around the world in a remarkable array of disciplines, from identification of unique targets on tumor blood vessels, to nanocrystal assembly by peptides with semiconductor binding specificity.

Speaking in the special symposium on Phage Nanobiotechnology.

View Confimed Speakers

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