Exercise speeds recovery from a concussion

May 20, 2019

Researchers at SUNY Buffalo and University of Manitoba studied the effect of exercise on recovery from a sports-related concussion in 103 adolescents. The results were published in JAMA Pediatrics.

The participants were enrolled within 10 days of a concussion. Half of the kids were given a stretching program and the other half, aerobic exercise on a treadmill. The intensity of aerobic exercise was subthreshold, or just below the level where it caused any post-concussion symptoms and was determined individually for each participant. Both stretching and aerobic exercise were performed for 20 minutes every day for a month. Those who did aerobic exercise recovered in 13 days, while those who did stretching exercise, in 17 days. There were no complications in either group.

This was the first randomized controlled trial of exercise, although prior observational studies also showed that early return to physical activity is beneficial for recovery from a concussion.

Cognitive rest is also not necessary after a concussion, but the activities should be also subthreshold and not too strenuous, which can worsen symptoms and delay recovery.

Other useful strategies include intravenous magnesium, cognitive-behavioral therapy, and Botox injections.

Written by
Alexander Mauskop, MD
Continue reading
August 8, 2026
Sugar is bad for your brain, even before you are born.
Sugar consumed in the first two years of life increases the risk of dementia.
Read article
August 6, 2026
Research
An Old Medicine that Could Make Brain Stimulation Work Better for Depression and Other Neurological Conditions
A 2022 clinical trial from the University of Calgary found that adding low‑dose D‑cycloserine (DCS), a partial NMDA‑receptor agonist, to intermittent theta‑burst stimulation (iTBS) significantly increased response and remission rates in depression without serious side effects. Early follow‑up data suggest that timing, dose, and drug levels matter, and raise the possibility that this DCS‑TMS approach could eventually be applied to other neurological conditions—such as migraine, postconcussion syndrome, brain fog, and long COVID
Read article
Insights from Dr. Alexander Mauskop on headaches and migraines
Subscribe to the Blog.
Subscribe
Subscribe