Sept. 3, 2007
Biological networks seminar Sept. 10
The Program in Computational Biology and the Biostatistics, Modeling & Methods Group have organized a daylong symposium, "Biological Networks: From Measurements to Modeling," Monday, Sept. 10 in Pelton Auditorium. The symposium presents an opportunity for biologists to become familiar with some of the latest tools and applications of systems biology. It will also feature presentations on new laboratory techniques needed to understand the behavior of cells.
The talks are open to all; registration is not necessary.
The schedule of speakers (times and titles subject to change):
- 9:15 a.m., "Parts, Modules and Systems," Dr. Herbert Sauro, University of Washington
- 10 a.m. "Modularity, Feedback and Recursion in the EGF Receptor System," Dr. Steven Wiley, Pacific Northwest National Laboratory
- 11 a.m., "MicroRNA Profiling and Discovery Through Deep Sequencing of Small RNAs," Dr. Stacia Wyman, Human Biology Division
- 11:30 a.m., "Nucleotide Metabolism-based Systems Cancer Biology: Identification of Reconstituted Ligand-Induced Protein Oligomerization Systems in Equilibrium," Dr. Tomas Radivoyevitch, Case Western Reserve University
- 1:30 p.m., "Coarse-grained Pathway Modeling Using Phosphoprotein Data," Dr. Armand Bankhead, Rosetta Inpharmatics/Merck & Co., Inc.
- 2:15 p.m., "Towards a Predictive Systems Model of Cellular Responses to Environmental Perturbations," Dr. Kenia Whitehead, Institute for Systems Biology
- 3:15 p.m., "A Single-Cell Oxygen Consumption Measurement Platform," Sarah McQuaide, University of Washington
- 4 p.m., "Processing and Visualizing Biological Network Models with R. Gobi and Cytoscape," Dr. Michael Lawrence, Iowa State University.
For more information, contact Dr. Dennis Chao, dchao@fhcrc.org or (206) 667-1186.
» Read more news from Center News Weekly.
Fred Hutchinson Cancer Research Center
1100 Fairview Ave. N. PO Box 19024 Seattle, WA 98109
©2008 Fred Hutchinson Cancer Research Center, a nonprofit organization.
Terms of Use & Privacy
Policy.