New National Centers for Systems Biology to Study Microbial Communities and RNA |
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October 11, 2012 • National Institute of General Medical Sciences |
UCI Receives $11.5 million in Continued Support of Systems Biology Center |
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October 11, 2012 • University of California, Irvine |
NIH Chooses University of Oregon to Launch a Systems Biology Research and Education Center |
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September 18, 2012 • University of Oregon |
Genome-Wide Study Reveals How Key Immune Sensors Arrive at the Front Lines of Infection |
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March 14, 2012 • Sanford-Burnham Medical Research Institute |
Genetically Diverse Mouse Collection Mirrors Human Genetic Complexity |
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February 16, 2012 • University of North Carolina Health Care |
Landscape of Connections Shows How HIV and Human Proteins Interact |
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December 21, 2011 • University of California, San Francisco |
Researchers Create Living "Neon Signs" Made of Millions of Glowing Bacteria |
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December 18, 2011 • University of California, San Diego |
Single-Molecule Imaging Reveals How Cells Prepare to Interact With the World |
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August 18, 2011 • Harvard Medical School |
New National Center for Systems Biology to Create “Virtual Rat” |
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August 11, 2011 • Medical College of Wisconsin |
Virtual Rats to Help Researchers Study Disease |
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August 11, 2011 • National Institute of General Medical Sciences |
Systems Biology Center Uses Web-based Games to Teach High School Students Complex Genetics |
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June 27, 2011 • National Institute of General Medical Sciences |
New Map of Laboratory Mouse Genome Provides Insight on Key Model Organism |
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May 29, 2011 • The Jackson Laboratory |
Laboratory Mouse Genome Maps Provide New Tool for Interpreting Data and Designing Experiments |
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May 29, 2011 • University of North Carolina |
Analysis Addresses When and Why Cells Decide to Divide |
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September 23, 2010 • Duke University |
New Systems Biology Centers to Study Cellular Response Mechanisms |
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September 21, 2010 • National Institute of General Medical Sciences |
UCSF Receives $15.4 Million to Create Systems Biology Center |
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September 21, 2010 • University of California, San Francisco |
UC San Diego Receives $15.4 Million to Establish New Center for Systems Biology |
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September 21, 2010 • University of California, San Diego |
Systems Biology Approach Leads to New Framework for Exploring Drug Side Effects |
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April 20, 2010 • National Institute of General Medical Sciences |
New ‘GATE’ Computer Program Helps Biologists Visualize and Interact with Experimental Data |
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February 16, 2010 • National Institute of General Medical Sciences |
Illuminating Protein Networks in One Step |
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January 25, 2010 • University of Chicago Medical CenterWith NIGMS support, researchers have invented a way to examine hundreds of proteins at once. |
Systems Approach Sheds Light on Insulin Resistance |
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November 23, 2009 • University of California, San DiegoNIGMS-supported researchers have provided the sharpest-yet picture of how core biochemical pathways are altered in people who have insulin resistance. |
Princeton Center Continues Its Systems Biology Effort |
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August 6, 2009 • Princeton UniversityWith a renewed NIGMS grant, the Princeton Center for Quantitative Biology continues its efforts to improve quantitative and computational approaches and to train the next generation of systems biologists. |
LANL to Partner on New National Center for Systems Biology |
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July 28, 2009 • Los Alamos National LaboratoryLos Alamos National Laboratory scientists will contribute computational modeling and antibody engineering expertise to a new NIGMS-supported National Center for Systems Biology located at the University of New Mexico. |
New Center to Study Cellular Events in Space and Time |
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July 27, 2009 • National Institute of General Medical SciencesThe 10th National Center For Systems Biology will conduct modeling and experimental studies to understand the behavior of complex cell signaling networks in immune and cancer cells. |
Cells Are Like Robust Computational Systems |
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June 16, 2009 • Carnegie Mellon UniversityGene regulatory networks keep working despite the failure of individual components, according to a new NIGMS-funded study. |
Cells Don't Always Respond According to Genetics |
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April 12, 2009 • Harvard Medical SchoolNIGMS-funded researchers have studied how genetically identical cells have different amounts of proteins that can affect their response to drugs. |
Fuzzy Logic Reveals Cells' Workings |
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April 3, 2009 • Massachusetts Institute of TechnologyNIGMS-funded biological engineers have used a "fuzzy logic" approach to model information networks in cells. |
NIGMS Grant Supports Creation of Chicago Center for Systems Biology |
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September 9, 2008 • University of ChicagoNIGMS funds the Chicago Center for Systems Biology as part of its national program to study complex biological systems. |
Scientists Unravel Bacterial Communication Pathways |
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June 12, 2008 • Massachusetts Institute of TechnologyA team of NIGMS-supported researchers has figured out how bacteria ensure that they respond correctly to hundreds of incoming signals from their environment. |
Nutrient Status Affects Biological Clock |
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March 20, 2008 • New York UniversityUsing a systems biology approach, a team of NIGMS-supported researchers has revealed that the master gene that controls the biological clock in Arabidopsis is sensitive to nutrient status. |
New Center Joins Biology, Analytics |
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October 5, 2007 • Duke UniversityReport on initial activities at the Duke Center for Systems Biology. |
NIGMS Funds New Systems Biology Centers |
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August 1, 2007 • University of California, IrvineWith NIGMS support, centers to study complex biological systems are arising around the country. A center in California will focus on how biological systems control what happens not just over time, but over space. |
Lab Mice More Varied Than Thought |
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July 29, 2007 • University of North Carolina Health CareA collaborative study funded by an NIGMS systems biology grant shows that strains of laboratory mice have many more genetic variations than previously thought. |
A Step Closer to Tiny Implantable Biocomputers |
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May 24, 2007 • Harvard UniversityNIGMS-funded researchers are working to create tiny implantable computers made of DNA, RNA and proteins that could serve as biosensors or specifically deliver medicine to diseased cells. |
NIGMS Announces New Systems Biology Centers |
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March 30, 2006 • National Institute of General Medical SciencesTwo new NIGMS-supported multidisciplinary centers join an ongoing effort to develop new strategies and tools for studying the complexity of biological systems. |
Studies Link Cancer and Inflammatory Diseases |
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March 29, 2006 • Massachusetts Institute of TechnologyThe biological processes underlying diseases such as rheumatoid arthritis and cancer are fundamentally linked, and should be linked in how they are treated with drugs, say a series of NIGMS-supported studies. |
$16 Million Grant Goes to Institute for Systems Biology |
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March 15, 2006 • Institute for Systems BiologyNIGMS awards the Institute for Systems Biology (ISB) $16.3 million over the next five years to fund the operation of a Center for Systems Biology in Seattle. |
NIGMS Funds Center for Quantitative Biology |
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August 31, 2004 • National Institute of General Medical Sciences |
Changing the Face of Biology: NIGMS Funds Centers of Excellence at Harvard and MIT |
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September 15, 2003 • National Institute of General Medical Sciences |
NIGMS Funds Complex Biomedical Systems Research Centers |
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August 2, 2002 • National Institute of General Medical Sciences |