A huge congratulations to Dr. Kyle Thompson on the succesful defense of his PhD work.
A tweet can't adequately describe the journey, but I feel privileged to have simply been along for the ride.
Super proud of you and what you've accomplished!
🏒🥅The need for speed! @UofG_HHNS PhD student Kyle Thompson & Prof Jamie Burr found more of an accurate method for coaches to predict how quickly a player can accelerate on skates, even before they hit the ice. #ImproveLife
➡️Read more: https://t.co/uTipwoFWrZ
Running tests are commonly used in off-season testing/training to predict skating performance. Here @kmathompson@SAFxAbdul@jdcford show resisted sprints using @1080motion better predict on ice hockey acceleration https://t.co/Z0rp9cwzYA
Always a great time working with @BobCANSkel athletes... even during these crazy times! Impressive athleticism and lots of great questions from the athletes regarding our 1080 Sprint testing!! @1080motion Team is looking fast 🏃♂️🏃♀️ and strong 💪
Really enjoyed being a silent observer for @kmathompson PhD qualifying exam today. Kudos Kyle for being able to keep pace with this all-star cast of scientific heavy weights, and congrats on a successful exam!
Happy to finally have our response out! --> https://t.co/1WHnD8eWRB
Evidence still suggests BFR training is no more risky than other forms of intense exercise. As always, the researcher, coach or health professional should be cautious when implementing something new.
Lots of action for @superalex_c and @cp_cheung in the cardiovascular poster session. Exciting to see their posters get such interest! @CSEPdotCA #csep2019
https://t.co/Imy2F2arHl
This morning in beautiful Kelowna the lab was up early to hear @kmathompson share his pilot data and thoughts on mechanisms underlying BFR training with the respiratory physiology group @CSEPdotCA #CSEP19