Summary

Johnny Owens and Kyle Kimbrell talk with physical therapist and educator Erin Simunds, PT, EdD plus recent DPT graduates Tanner Johnson, PT, DPT and Reese Crowell, PT, DPT about their feasibility studies on blood flow restriction (BFR) training for people with cerebral palsy and Down syndrome. They explain why low-load training may be worth exploring for these populations, what the small studies found, and the safety, recruitment, and coaching challenges that future research must address.

Keywords

blood flow restriction, BFR training, cerebral palsy, Down syndrome, physical therapy, feasibility study, adaptive sports, rehabilitation

Takeaways

• “I could see its ability to help populations beyond sports and peer ortho.”
• “low load, but you know, mimic what you get with high load training.”
• “They told us that they were equally enjoyable, that the perceived exertion was less for blood flow restriction training”
• “we only got two.”
• “we had four participants instead of two, so we doubled it.”
• “it truly turned into, you know, Tanner and I and some of our other group members just doing the workout with them”
• “we related it a lot to a blood pressure cuff.”
• “she had never felt her muscles be recruited that hard before because the spasticity always interfered”
• “I think it’s definitely feasible. I think it’d have to be incremental and it’d have to, it would take time.”
• “I would love to get it into inpatient.”

Chapters

00:00 Introducing the capstone projects and guests
05:04 Why explore BFR for cerebral palsy?
08:19 The two-person CP feasibility comparison
11:45 Sit-to-stand protocol, cuff fit, and pressure
15:22 Adapting the project for Down syndrome
17:18 What four participants reported
18:47 Coaching, cognition, and safety screening
22:02 Cardiovascular considerations and future aerobic research
24:27 Parent concerns, familiarization, and younger participants
27:32 Possible effects on spasticity and muscle recruitment
31:10 Reaching adaptive and Paralympic sport communities
33:30 Could BFR be studied after joint replacement?

https://owensrecoveryscience.com/