News

NIGMS-supported researchers have developed a computational method that predicts how bacterial proteins fold and interact.

NIGMS-funded researchers are using a computational model to study how cells process chemical information, which could improve the efficacy of drug treatments.

NIGMS-funded bioengineers are developing models for how cell populations order themselves.

An NIGMS-funded team has found that metabolic networks are evolved to handle potentially harmful changes like gene deletions and mutations.

NIGMS-funded computational biologists have developed a publicly available tool that integrates diverse data about the genome.

An NIGMS-funded mathematician is helping integrate engineering concepts like artificial intelligence into computational descriptions of cells.

A half century after the structure of myoglobin was solved, NIGMS-funded researchers discovered exactly how oxygen moves in the protein.

A computer-based method of analyzing cell activity is able to predict antitumor activity of naturally occurring metabolites, report NIGMS-funded researchers.

Karin Remington joins NIGMS as director of the Center for Bioinformatics and Computational Biology.

By combining experimental methods from physics and molecular biology, NIGMS-funded researchers have developed sophisticated ways to study fruit fly development and other biological puzzles.

Early childhood exposure to siblings, especially older ones, increases the risk for developing stomach cancer decades later, report NIGMS-funded researchers, who speculate that early infection with genetically adapted H. pylori may set the stage for future disease.