Dangerous brain tumors hijack the brain’s existing blood supply throughout their progression, by growing only within narrow potential spaces between and along the brain’s thousands of small blood vessels, new research shows for the first time. The findings contradict the concept that brain tumors grow their own blood vessels, and may lead to better treatments.
A depression treatment based on magnetic fields, not medications, appears to help many patients who don’t respond to other options. But no one really knows what it does to the brain – or why it works for some people. Now, a U-M team will try to find out, with a new study that’s now open for certain depressed people to join.
Brain tumors fly under the radar of the body’s defense forces by coating their cells with extra amounts of a specific protein, new research shows. Like a stealth fighter jet, the coating means the cells evade detection by the early-warning immune system that should detect and kill them. The stealth approach lets the tumors hide until it’s too late for the body to defeat them.
The rest of the University of Michigan campus may be quiet right now, but at the Medical School, the school year has already begun. Yesterday, 177 new medical students donned white coats and stethoscopes for the first time.
A new bill introduced in Congress with bipartisan support would allow Medicare to test a concept born from University of Michigan research, which could improve the health of patients with chronic illness while reducing what they spend on the medicines and tests they need most.
Babies can learn what to fear in the first days of life just by smelling the odor of their distressed mothers, new U-M research suggests. And not just “natural” fears: If a mother experienced something before pregnancy that made her fear something specific, her baby will quickly learn to fear it too -- through the odor she gives off when she feels fear.
When a medical emergency strikes, our gut tells us to get to the nearest hospital quickly. But a new study suggests that busier emergency centers may actually give the best chance of surviving – especially for people suffering life-threatening medical crises.
In order for patients to receive the best possible care, the health professionals, care teams, health institutions and health care systems that surround them must learn continuously. A newly refocused effort at U-M will conduct research on these kinds of learning.
This week, the streets of Ann Arbor will fill with art lovers, for the annual Ann Arbor Art Fair. But at one booth down on East University Avenue, the “artists” have day jobs: they are research scientists. And the images they create aren’t just beautiful – they come from laboratory studies that might save lives.
Deep inside the brains of people with dementia and Lou Gehrig’s disease, globs of abnormal protein gum up the inner workings of brain cells – dooming them to an early death. But boosting those cells’ natural ability to clean up those clogs might hold the key to better treatment for such conditions, new research shows.
A new approach to designing clinical trials -- so that patients' odds of getting the better-performing treatment improve -- may help increase the number of people who agree to take part in medical studies.
The U-M Health System’s leaders today reported positive fiscal year-end results, with an anticipated 0.7 percent ($17 million) targeted margin on operating revenues of $2.52 billion for the U-M Hospitals and Health Centers.
A new breed of mice made possible by years of persistent research by a U-M team may help accelerate understanding, and treatment, of a neurological condition that causes uncontrollable twisting of necks and limbs in children and adults.
When car crash victims suffer serious injuries, emergency crews often get them to trauma centers for the advanced care they need. That same concept has come to stroke care - and UMHS has earned the highest level of certification for such care.