Early-career researcher Jessica Plavicki is advancing understanding of how environmental contaminants interfere with heart and brain development — the formidable task of establishing her new lab should prove fruitful for decades to come.
In a finding that could shed light on tissue formation, wound healing and cancer spread, a new study shows that human cells follow the same rules as non-living particles to form fractal-like branching structures.
With a new five-year grant from the National Institutes of Health, the Center for Addiction and Disease Risk Exacerbation will launch four research projects and establish a clinical laboratory for biological addiction research at Brown University.
The new collaboration between Brown University and the Rhode Island Department of Corrections will expand an already successful opioid treatment program in correctional institutions, helping people who are in the justice system but outside prison walls.
Study found that hospitals with more black patients saw smaller increases in compliance with new sepsis protocols than those that treat mainly white patients, highlighting a need to evaluate the effects of quality improvement projects for minority groups.
At the first Dr. Samuel M. Nabrit Conference, molecular life scientists from historically underrepresented groups gathered at Brown to learn about cutting-edge research; Brown professors and junior researchers discussed how their identities as members of underrepresented groups have affected their career paths.
There are no legal safe consumption spaces in the U.S. currently, but a three-city study found that a majority of people who use opioids would be willing to use locations where they would have medical support in case of overdose.
As alumni returned to campus and thousands of new graduates prepared to receive their degrees and begin the next chapter of their lives, the Brown community dedicated a student-designed sundial sculpture named ‘Infinite Possibility.’
In a finding that is soon to be ground-truthed by NASA’s next Mars rover, Brown University researchers show that a Martian mineral deposit was likely formed by ashfall from ancient volcanic explosions.