Calendar on MSN
The Role of Movement: Why a 10-Minute Walk Boosts Brainpower
What comes to mind when you think about productivity? Are you picturing frantic typing on laptops, jam-packed planners, or ...
Doctors and scientists agree: disconnecting may be one of the best ways to stay mentally and physically well. It’s not just ...
Getting your body moving doesn’t just keep you fit — it might actually turn back the clock on your brain, according to fascinating new research. The latest findings from Penn State College of Medicine ...
These short, fun activities can help kids recharge and refocus when school or homework is stressing them out. Focusing on a task for a long period can be difficult for anyone, but especially kids.
The relationship between physical activity and cognitive function has taken on new dimensions, with emerging research revealing that even minimal movement can produce substantial improvements in ...
Chalkbeat on MSN
Brain breaks and fairy wings: Why an all-girls model works so well for this Denver middle school
Girls Athletic Leadership School, an all-girls charter middle school in Denver, is growing, while an all-girls high school ...
With the return to school comes a return to students sitting at their desks for hours every day—and teachers’ subsequent challenge of managing those fidgeting students. There has been considerable ...
Breaks are crucial for effective learning, contrary to popular belief. Active movement, short naps, restorative microbreaks, nature exposure and mindfulness exercises can significantly improve ...
There's newfound hope for stroke patients in recovery, with what researchers believe is the very first drug that can comprehensively deliver rehabilitation without the need for challenging long-term ...
You could call Mrs. Huibregtse’s fourth graders the Congdon class choreographers. “Our teacher comes up with dances to do in front of the school for her class every year. And we kind of get to share ...
A research team from the University of California, Irvine is the first to reveal that a molecule in the brain—ophthalmic acid—unexpectedly acts like a neurotransmitter similar to dopamine in ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results