Constraint-induced movement therapy (CI therapy) has been used successfully to improve range of motion in the weaker arm and also promote brain neuroplasticity, helping to strengthen the neural networks that facilitate arm movement.
The Lifelogging, an integrated, whole-body network project seeks to develop an individual, holistic model of changes in neurocapacity using feedback from our nervous systems, which are constantly responding to both low-level stimuli from within our bodies and higher-level stimuli from our environments.
A new study from Ohio State researchers provides evidence that exposure to dim light at night (dLAN) can lead to increased body mass, without changes in total food intake or activity.
While we may not be able to eliminate light at night (LAN), we can minimize its biological effects. By becoming more aware of the impact of LAN on our brain health and physical wellness, we can make better choices about light exposure at night and how we can adapt our environments and schedule our sleep.
Get tips from Ohio State experts right to your inbox.
We'll be in touch every so often with health tips, patient stories, important resources and other information you need to keep you and your family healthy. Welcome to our online community here at the Ohio State Wexner Medical Center!
