(Last ten years)
Targeted Delivery of Anticancer Medicines by Phage-Derived Bioselective
Nanovehicles. University of Alabama at Birmingham. Medical School.
Birmingham, AL, June 13, 2007.
Phage As a Bioselective Nanomaterial for Science, Medicine and Technology.
New England Biolabs, Ipswich, MA, April 26, 2007.
Phage Display: from Peptide Discovery to Phage Nanobiotechnology. Oklahoma
University, Norman, November 2, 2006
Phage evolved probes for threat agents.
Polytechnic University. New York, May 23, 2005.
Directed Phage Evolution--A New Rout to
Biomedical Materials. Mexican National University. Mexico
City, Mexico, December 10, 2004.
Molecular Evolution— New Technique for Development of Robust
Bioselective Materials for Detection of Biological Threat Agents.
Institute of Molecular Biology, Vector, Novosibirsk (Russia),
September 18, 2004.
Selective Probes From Landscape Phage Libraries for Detection of
Biological Threat Agents. Animal Genomics Symposium, College of
Veterinary Medicine, North Carolina State University, Raleigh NC, October 9-10
Spore as Vehicle for Drug Delivery, Dyax Corp., Boston, MA, November 7,
Phage as Selectable Replicating Landscape for Nanofabrication of
Bioselective Materials. TechWatch Seminar Series in AstroBionics, NASA San Jose,
CA, October 11, 2002..
Multivalent Phage Display: Peptides and landscapes.
Dept. of Microbiology
and Immunology, University of Rochester Medical Center, February 12, 2001
Phage Landscaping. Selective Genetics, San Diego, April 2000.
Landscape libraries—a new route to coagulation modulators. Corvas
International, San Diego, March 2000.
Discovery of diagnostic peptides for infectious diseases and cancer using
phage display technology. Dept of Medicine, SUNY Stony Brook, N.Y., July 1999.
Molecular matchmaking: applications of phage display technology in Lyme
disease and potentially cancer.
Brookhaven National Laboratories, Upton NY,
Phage resurfacing as a route to new materials for science, medicine and
technology. Wayne State University, Dep. Biochem., November 1998.
Landscape libraries as a rich source of new materials. Vector,
Novosibirsk (Russia), September 1998.
Perspectives in separation of molecules using phage display technology. Dyax
Corp., Boston, April 1997.
Proteomics. October 2003.
News, July 25, 2003
AU Research News,
- Nanotechwire.com http://nanotechwire.com/news.asp?nid=11298
College of Veterinary Medicine designated Center for Translational Cancer
- AU college named Center for Translational Cancer Nanomedicine, receives
- Cary firm, Auburn to explore nano technology as means to fight cancer.
- Calvert Research and Auburn University Announce Joint Venture: Strategic
partnership focuses on target drug delivery.
- Calvert Research and Auburn University Announce Joint Venture.
- PR News Now : News at the Speed of Now: Calvert Research and Auburn
University Announce Joint Venture
Calvert Research and Auburn University Announce Joint Venture
Strategic partnership focuses on target drug delivery.
See Research Publications for details.
Patents and Inventions protecting Auburn University technologies
See Research Patents for details.
AU and DARPA websites, “AU Research News”, “Opelika-Auburn News”,
"Nano World News"
Presentations at Auburn University Technology Transfer Conferences, 2002, 2003
See Research Publications for details.
- Weld Star
Technology, Inc. 2004. Phage probes.
- International Technology
University of Missouri-Columbia, 2003-2006. Trends in agricultural
- Evotope Biosciences, Inc, 2002-2003. Selection of peptide drug leads from phage display libraries.
- Biolinx LLC, Hagerstown, MD, and SUNY at Stony Brook. Department of Medicine, 2001-2002. Peptide inhibitors of prostate cancer cell adhesion to bone marrow endothelial cells.
- Selective Genetics Incorporated, 2000-2005. Phage Display, gene 8 display and landscape phage. Construction of gene-delivery vectors.
Video conferences for Industrial Companies (Mc Donald’s), 2002.