News

With NIGMS support, researchers have invented a way to examine hundreds of proteins at once.

NIGMS-supported researchers have provided the sharpest-yet picture of how core biochemical pathways are altered in people who have insulin resistance.

With 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.

Los 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.

The 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. 

Gene regulatory networks keep working despite the failure of individual components, according to a new NIGMS-funded study.

NIGMS-funded researchers have studied how genetically identical cells have different amounts of proteins that can affect their response to drugs.

NIGMS-funded biological engineers have used a "fuzzy logic" approach to model information networks in cells.

NIGMS funds the Chicago Center for Systems Biology as part of its national program to study complex biological systems.

A team of NIGMS-supported researchers has figured out how bacteria ensure that they respond correctly to hundreds of incoming signals from their environment.

Using 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.

Report on initial activities at the Duke Center for Systems Biology.

With 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.

A collaborative study funded by an NIGMS systems biology grant shows that strains of laboratory mice have many more genetic variations than previously thought.

NIGMS-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.

Two new NIGMS-supported multidisciplinary centers join an ongoing effort to develop new strategies and tools for studying the complexity of biological systems.

The 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.

NIGMS 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.