Blood Flow Restriction Training(BFR)
What is BFR?
Also known as occlusion training, BFR training involves the use of cuffs or wraps placed around a limb during exercise. The aim of this is to safely restrict a percentage of arterial blood flow to a working muscle which is usually done with low-intensity resistance training. Since the ability of that blood to escape is dramatically reduced, metabolic stress and cellular swelling are greatly increased. As a result, increased growth hormone, muscle hypertrophy, and muscle strength will occur.
Why Choose a
P.T. to Provide BFR?
According to the APTA, Physical therapist education provides PTs with the requisite knowledge (muscular and vascular anatomy, and physiology and exercise physiology), as well as skills (therapeutic exercise prescription, monitoring of physiological vital signs and blood flow) to perform and monitor this type of therapeutic exercise. BFRT is part of the professional scope of practice for physical therapists.
Why Choose Us
for BFR Training?
Our BFR certified therapists will individually assess your specific parameters for BFR training by evaluating your cardiovascular and physical fitness . Using the latest in diagnostic equipment, we can determine the safest intensity at which the athlete or patient can participate in high intensity BFR training. We can work with you to design your own personalized program.
BFR For The Athlete
Studies have shown there to be a significant increase in growth hormone following BFR. Growth hormone is a key component in collagen synthesis. Increased collagen synthesis helps the body restore tendons and ligaments, increasing their strength and durability, allowing the athlete to train longer without injury
Studies have also shown there to be an increased number of IGF-1 when using BFR training when comparing to controls. IGF-1 is an Insulin like protein that is linked to muscle growth.
In short, with BFR training, athletes will experience no muscle damage and increased protein synthesis leading to better recovery and performance.