Seminar "Tools to support biological simulation modeling: Virtual Cell, Jarnac, Jsim, and Matlab" Speaker: Michal Galdzicki and Casey Overby Date & Time:3:30-4:20 Wednesday 1/30/08 Loc: Magnuson E-216 Website: Virtual Human Research Seminar
Seminar "National Health Information System Strengthening in Resource Constrained Countries - Lessons Learned" Speaker: David Lubinski, MS, MBA, Chief Tech Officer, Health Metrics Network, World Health Organization, Geneva Switzerland Date & Time:12:00-12:50 TUESDAY 2/5/08 Loc: Magnuson RR-134 Website: Biomedical and Health Informatics Lecture Series
Seminar "The effects of altered mitochondrial dynamics on development " Speaker: Rachel Cox (faculty candidate) Carnegie Institution of Washington Date & Time: 02:00-03:00 Monday 2/4/08 Loc: Foege k-069
Seminar "The effects of altered mitochondrial dynamics on development " Speaker: Rachel Cox (faculty candidate) Carnegie Institution of Washington Date & Time: 02:00-03:00 Monday 2/4/08 Loc: Foege k-069
BioCore
Research Channel
Link to the Research Channel's website which offers leading talks in many areas of science including a number of the prestigious talks given here at the University of Washington.
Bioinformatics: The Search for Non-Coding RNA
Dr. Larry Ruzzo "One of the biggest users of scientific computing cycles in Europe is a bioinformatics application -- genome-wide searches for 'non-coding RNAs' (ncRNAs) routinely monopolize 1000 computers for an entire month."
Dr. Mark E. Minie is the Health Sciences library BioResearcher Liaison and maintains this section of HealthLinks--contact him directly with any questions you may have by e-mailing him at:
The Community of Science is an online resource that students and faculty alike can use to facilitate collaboration, promote their research and even to locate important funding opportunities. Things you should know about the UW Expertise Database & Community of Science.
Muscle Contraction A muscle contraction (also known as a muscle twitch or simply twitch) occurs when a muscle fiber generates tension through the action of actin and myosin cross-bridge cycling.
