Nearly half of American hospitals aren’t taking key steps to prevent a kind of gut infection that kills nearly 30,000 people annually and sickens hundreds of thousands more – despite strong evidence that such steps work, according to a new study.
If you think your mother, wife or grandmother is the best in the solar system, here’s one way to show her: Take her to a free concert on Mother’s Day, May 10 featuring planet-themed music. Even if your mom isn’t available, the performance by the U-M Life Sciences Orchestra at Hill Auditorium will transport you to other worlds.
BCBSM and UMHS will collaborate with emergency physicians at participating hospitals across the state to develop best practices to improve the experience and outcomes of patients receiving care in emergency departments.
When a hospital patient’s heart stops, the drama starts, as doctors and nurses work furiously at resuscitation. Some hospitals allow family members to watch, while the majority do not. Now, a study has shown for the first time on a national scale that patients do just as well after a cardiac arrest either way.
Millions of times a year, UMHS teams test samples of tissue, blood and other bodily fluids for patients of all ages. The results can reveal risks or signs of disease -- or response to treatment -- and help make a major difference in doctors’ decisions. A new $160 million project will give U-M’s clinical testing teams the best possible facilities to work in. It will allow them to continue giving patients and doctors the high-quality test results they seek, faster and with higher reliability.
If you got hit with any of the ‘intestinal bugs’ that went around this winter, you’ve felt the effects of infectious microbes on your digestive system. But scientists don’t fully understand what’s going on in gut infections like that. Now, a new $6.4 million grant will fuel research based on stem cells to find out.
Research led by the U-M Life Sciences Institute has identified a gene critical to controlling the body’s ability to create blood cells and immune cells from blood-forming stem cells—known as hematopoietic stem cells.