BRINGING SCIENCE TO TREATMENT
in Email Newsletters, Improve, Prevent
A recent Sports Injury Bulletin article by Jason Tee explored the complexities of injury prevention programs. He likened injury prevention to taking out an insurance policy to keep injuries from occurring in otherwise healthy athletes. However, do injury prevention principles, particularly the measurement of training load, have a place in the rehabilitation of an already... MORE
Knowledge of tendon pathology, the bugaboo of athletic injury, has evolved over the last few decades. Once thought of as a purely inflammatory condition, a diseased tendon demonstrates inflammation and degeneration within the tendon. Science continues to expand our knowledge of tendon health. A sports scientist from La Trobe University recently (2019) undertook the daunting... MORE
Jason Tee discusses injury prevention strategies and why a ‘one size fits all’ may not be the best approach. Sports injury results in real economic costs for participants (hospitalization, doctor’s appointments, physiotherapy), as well as time off from work and school for participants hurt while playing sport. In professional sport, the stakes are even higher!... MORE
in Email Newsletters, Improve, Strength
The immediate benefits of a resistance training program include improved strength, larger muscle volume, stronger bones, and tendons that withstand the burdens of added load. For athletes, strength training also helps improve performance and prevent injuries, especially when tailored to the needs of their sport. The challenge is finding the time to adhere to a... MORE
in Improve, Power development, Prevent
Is blood flow restriction training just one more fad? Alejandro Piris Nino takes an updated look at the history, uses, risks, and guidelines of this novel intervention. Blood flow restriction (BFR) training, originally called Kaatsu (meaning training with added pressure), is the partial restriction of arterial and venous blood flow to exercising muscles... MORE
in Email Newsletters, Improve, Pre-hab and post-surgical rehab
Recovery from injury means regaining strength, but injuries also necessitate load modification. Therefore, a load of 60% to 80% of 1 rep max (RM), needed to stimulate hypertrophy and make strength gains, might be too great of a strain on injured tissues. The opposite approach, performing high reps of a low load, may be challenging... MORE
In part one of this 2-part series on the importance of neuroplasticity in sports injury rehab, Chris Mallac explained how the ability of the cerebral cortex and cerebellum to reorganize and adapt has implications for athletes in the context of skill acquisition for an effective return to sport. In part two, Chris explores more key... MORE
in Email Newsletters, Improve, Musculoskeletal injuries
Hockey player Marc-André Fleury recently demonstrated the extreme ranges of hip motion and pelvic stability a goalkeeper needs to do their job well (see video 1). Historically, hockey players in all positions report of hip and groin problems. However, goalies demonstrate more extremes of hip motion, especially internal rotation, as they contort their legs in... MORE
In the first part of a 2-part article, Chris Mallac explores the concept of neuroplasticity, and how a better understanding of its underlying principles improves rehab outcomes. Reinjury rates following return to sport are often quite high. In under-25 athletes for example, the incidence of another anterior cruciate ligament (ACL) rupture (or ACL failure) run... MORE
in Email Newsletters, Tools and technology
A recent newsletter explored the effect of post-exercise cryotherapy on the uptake of protein in muscles. While the immediate use of cooling after resistance exercise might diminish muscle building, it is a common strategy used to decrease delayed onset muscle soreness (DOMS) after endurance exercise. Muscle cooling post-exercise comes in many forms: Cold water immersion... MORE
