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Proteomics Seminar: Networking
Proteins for Biology and Medicine
Organized by: Karin D. Rodland, Pacific Northwest
National Laboratory; Barbara Jasny, AAAS and Science;
Valda Vinson, AAAS and Science
Saturday, 14 February
9:00AM–5:15PM
Sunday, 15 February
8:30AM–11:30AM
Sponsored by: Applied Biosystems and Pacific
Northwest National Laboratory
Two of the most important contributions of biomedical
science to public health in the 20th century were the
eradication of smallpox and the almost complete elimination
of poliomyelitis through vaccines. At the beginning
of the 21st century, there is hope that vaccines can
be developed against some other major diseases including
non-infectious diseases such as cancer. But along with
this potential, vaccination is also becoming more controversial.
How can vaccines be distributed effectively to developing
countries? Why has it not been possible to develop an
effective vaccine against AIDS? Against malaria? Are
there side effects of vaccination which can lead to
other illnesses? Vaccines have been so effective against
infectious diseases that, in the western hemisphere,
the public has little memory of the devastating effects
of diseases such as polio or measles. The incredible
successes of vaccination against infectious diseases
in the developed world will be discussed, but also contrasted
with the continued presence of these diseases in the
developing world and with the perception in many developed
countries that vaccines are not safe and pose a threat.
| SATURDAY
• 14 February 2004 |
| 9:00AM–NOON |
Proteomics and Systems Biology
• Lee Hood, Institute for Systems Biology
The Role of Proteomics in Systems Biology
• Steve Wiley, Pacific Northwest National
Laboratory
Protein Complexes: The Nodes in Networks
• Matthias Mann, University of Southern
Denmark
Proteomics and Signal Transduction
• Richard Smith, Pacific Northwest National
Laboratory
Advances in Mass Spectrometry
• Peter, Juhasz, Applied Biosystems
Challenges of Global Protein Expression Analysis
in Complex Human Samples
• Masaru Tomita, Keio University, Institute
for Advanced Biosciences
Steps Towards a Human Metabolome
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| 2:00PM–5:15PM |
Human Disease
• Karin D. Rodland, Pacific Northwest National
Laboratory
Biomarkers in Disease
• Gilbert S. Omenn, University of Michigan
The Human Plasma Proteome Project
• Emanuel Petricoin, U.S. Food and Drug
Administration
Cancer Biomarkers: Technical Approaches to
Clinical Proteomics
• Stephen K. Burley, Structural Genomix
Proteomics in Drug Design
• Desmond Smith, University of California,
Los Angeles
Proteomics in the Brain
• Jill Trewhella, Los Alamos National Laboratory
Detection of Pathogens in Biodefense
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SUNDAY
• 15 February 2004
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| 8:30AM–11:30AM |
Organs and Organisms
• Ranjini Chatterjee, Maxygen Corporation
Engineering Microbes for Carbon Sequestration
• Rebecca Heald, University of California,
Berkeley
Cell Cycle Proteomics
• Sam Kaplan, University of Texas Medical
School, Houston
Proteomics and Photosynthesis
• Trish Davis, University of Washington
Integrating Technologies in Yeast
• John Chant, CuraGen Corporation
Interaction Map for Drosophila Melanogaster
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