Exercise increases brain connectivity, efficiency
The study revealed that exercise performed immediately after practising a new motor skill improves its long-term retention
Fifteen minutes of exercise creates optimal brain state for mastering new motor skills, a study has found. The study revealed that exercise performed immediately after practising a new motor skill improves its long-term retention. More specifically, the research shows, that a minimum of fifteen-minute of cardiovascular exercise increases brain connectivity and efficiency. Senior author of the study, Marc Roig had already demonstrated that exercise helps consolidate muscle or motor memory.
This time, they sought to discover was what went on in the brain, as the mind and the muscles interacted and what was it that helped the body retain motor skills. To find out, the research team asked study participants to perform two different tasks. The first, known as a "pinch task" is a bit like a muscular video game. The task was chosen because it involved participants in motor learning as they sought to modulate the force with which they gripped the dynamometer to move the cursor around the screen. This was then followed by fifteen minutes of exercise or rest. Participants were then asked to repeat an abridged version of this task, known as a handgrip task, at intervals of 30, 60, 90 minutes, after exercise or rest, while the researchers assessed their level of brain activity.
This task involved participants in simply repeatedly gripping the dynamometer, for a few seconds, with a similar degree of force to that which was used to reach some of the target rectangles in the 'pinch task.' The researchers discovered that those who had exercised were consistently able to repeat the "pinch task" connecting different areas of the brain more efficiently and with less brain activity than those who hadn't exercised. Another thing researchers found intriguing was that when they tested participants at the 8-hour mark, there was little difference between groups in skill retention. The full findings are published in the journal- NeuroImage.
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