BRINGING SCIENCE TO TREATMENT

Power development

It’s all about intensity: maintaining training intensity can preserve...

in Improve, Power development, Pre-hab and post-surgical rehab, Prevent, Proprioception and balance, Speed development, Strength

Cessation in training, whether planned or unplanned, is a common occurrence in the life of all individuals, especially athletes, as it relates to the management of injuries or time spent off following a competition. Joe Cassaro explores ‘how much is enough?’ to maintain endurance and strength performance outcomes.  The cessation of training for four weeks... MORE

Autoregulation: The solution to the rehab programming puzzle

in Improve, Other, Power development, Pre-hab and post-surgical rehab, Speed development, Sports psychology

Rehabilitation programs aim to recondition the injured tissue site to be pain-free and cope with the physical demands of the sport. Jason Tee delves into using autoregulation in exercise prescription to create robust athletes. Training prescription is a delicate balancing act of tissue-loading. Overload a client, and they may suffer setbacks in the form of... MORE

Battle of the bulge: does heavy lifting harm the...

in Improve, Power development, Strength

Female athletes use resistance training to enhance their strength and performance. The pelvic floor is perhaps the only region where physical exertion may create a negative effect. Tracy Ward examines the issue to determine if females are at risk of causing or worsening pelvic floor problems with weighttraining. Females have unique anatomy, biomechanics, and physiology... MORE

Rate of force development and return to sport following...

in Improve, Knee injuries, Power development

Successfully returning an athlete to sport following anterior cruciate ligament reconstruction (ACLR) poses an ongoing challenge for rehabilitation professionals. Jessica Montgomery discusses the role the rate of force development plays in return to sport and injury prevention and the  modifications needed for younger athletes. 2012 South West England’s Holly Molesworth in action during the rugby... MORE

2 programs to jump-start your telehealth Ther-ex Rx

in Power development, Proprioception and balance, Speed development, Strength

Due to the Covid-19 pandemic, most athletes find themselves trapped within their home surroundings with limited resources for exercise. With events canceled globally and training programs halted, Trevor Langford begins a series on how sports professionals can ensure athletes remain focused, conditioned, and ready to return to training once give the ‘all clear.’ This article... MORE

Bring pressure to bear on sports injury with blood...

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

Plyometric training…when does rehabilitation need a spring in its...

in Improve, Power development, Strength

The debate continues surrounding appropriate timing and volume for implementing plyometric training in return-to-play rehabilitation. Pat Gillham looks at the latest thinking ‘Plyometric exercise’ was a term coined in 1964(1). Plyometrics exercises exploit the benefits of the plyometric regime and involve the Stretch-Shortening Cycle (SSC)(2). Thanks to the muscles’ pre-stimulation during the eccentric phase, plyometrics... MORE

The modern golfer part II: be strong, perform well

in Power development, Strength

In part one of this two-part series, Pat Gillham looked at injury incidence and prevention in golfers. In this article, Pat explores the role of strength and conditioning for enhancing golf performance. Simple physics tells us that by generating more force against the ground (vertical ground reaction force), we can increase velocity. This applies directly to... MORE

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