Research changes the world.
To understand more about infant immunity and how to enhance it, a research team led by Galit Alter, PhD investigated how certain antibodies are transferred from mother to child during pregnancy.
For the first time, researchers successfully “supercooled” a human liver and returned it back to normal body temperatures without any ice injury. Using this supercooling preservation method, the research team, led by Reinier de Vries, MD, were able to triple the shelf-life of human livers from about nine hours to 27 hours.
Bone health specialists typically spend their time trying to figure how to slow or stop the bone loss that leads to osteoporosis. What if they could find a new way to stimulate the growth of new bone tissue instead?
Bragi Sveinsson, PhD is a postdoctoral fellow working in the Low-Field MRI and Hyperpolarized Media Laboratory, led by Matthew Rosen, PhD, at the Athinoula A. Martinos Center for Biomedical Imaging.
Risa Burr, PhD, is a postdoctoral research fellow conducting cancer research in the Haber/Maheswaran laboratory at the Mass General Center for Cancer Research. She is focused on cell-to-cell communication between normal cells and cancer cells to learn more about how cancer is able to spread.
In recognition of National Postdoc Appreciation Week, we’re recognizing some of the talented postdoctoral researchers who make invaluable contributions to science and medicine at Massachusetts General Hospital every day.
Researchers across disciplines detailed their latest projects to improve our understanding and treatment of disorders of the brain.
Research Roundup is a monthly column summarizing recent research advances from investigators at Massachusetts General Hospital.
Science Saturdays are an occasional series of helpful articles and resources for the academic research community and anyone else who loves science, curated by your friends at the Mass General Research Institute.
Mass General researchers have created a new zebrafish model that could vastly improve our ability to model cancer growth and test new treatments.