Chronic concussion symptoms are notoriously difficult to treat. But Rebecca Acabchuk – who is also a yoga instructor in Hebron, and has been teaching yoga for 17 years – is hoping that a recently published InCHIP study, the first-ever meta-analysis looking at the use of yoga, meditation, and mindfulness-based interventions for the effective treatment of chronic concussion symptoms, will offer hope to those still struggling with their symptoms. The study was recently published in the journal Applied Psychology: Health and Well-being.
“This was really a passion project for me in the sense that it combines these two areas of interest, concussion work with yoga and meditation,” says Acabchuk, who is the study’s lead author. “We know from other studies that yoga and meditation may be helpful for reducing systemic inflammation, and we know that they are helpful for increasing self-compassion and reducing rumination if people are dealing with symptoms of depression.”
Most studies looking at the effectiveness of yoga, meditation, and mindfulness on concussions have been small. For their meta-analysis, Acabchuk and her team pulled together data from 22 different studies, including both published and unpublished work, that all together included a total of 539 study participants, and looked at the impact of the three interventions on outcome categories – including mental health, physical health, cognitive performance, quality of life, and social/occupational performance – and on specific health outcomes, like depression, attention, anxiety, and fatigue. The team then applied advanced meta-analytical methods to compile and assess the results of those studies.
“The main results that we saw were significant reductions in depression and fatigue,” Acabchuk says. “Especially with fatigue, it was a large effect size, which is impressive in the sense that fatigue is a difficult symptom for patients to deal with.”
The meta-analysis found that mind-body interventions consistently provided symptom improvement across nearly all measured outcomes. The trends were remarkable, the researchers noted, because of the variety of patients enrolled in the studies, and the known difficulty of relieving chronic concussion symptoms.
Acabchuk says more and larger studies are needed to further investigate the benefits of yoga, meditation, and mindfulness in concussion treatment plans. She also says that more study is needed to help researchers and the general public understand the mechanisms by which these types of interventions promote healing and reduce concussion symptoms.
But importantly, including some sort of yoga, meditation, or mindfulness practice as part of a treatment plan for a mild traumatic brain injury appears to involve no adverse effects for the patient, she says – so there’s little downside to giving it a try.
“Think of the brain almost like an ACL – if you tear your ACL, you’re going to rest it, but you’re also going to take steps to rehabilitate it,” Acabchuk says. “If you think of the brain in that sense, a concussion is also like a rehabilitation injury in that, through rehabilitation, you can strengthen certain pathways in the brain. And we think the tools to help do that are breath-work, meditation, and mindful movement through poses from yoga.”
She continues, “Maybe starting with a meditation app or online meditation group to learn the basics, and setting aside time to meditate 10 minutes a day. If you’re a person who can’t sit still, maybe yoga is better for you. If you’re too tired at the end of the day, maybe a simple body scan with deep breathing exercises would be better for you. It’s not going to be a miracle cure, but more of something that can provide benefits over time by incorporating these tools into daily life. I really do hope that this helps empower people who are struggling with their symptoms.”
In addition to Acabchuk, coauthors of the study included principal investigator Blair T. Johnson and Crystal L. Park, both professors in the College of Liberal Arts and Sciences Department of Psychological Sciences; Julie M. Brisson ’22 (CLAS); Olivia A. Parmelee ’19 (CLAS); and former InCHIP researcher Noah Babbott-Bryan.
For more information about InCHIP research and funding opportunities, visit chip.uconn.edu.
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