BRINGING SCIENCE TO TREATMENT
in Diagnose & Treat, Hand injuries, Improve, Power development
Chris Mallac, Tarek Taz Chouja and Nathan Quinn discuss the fundamental concepts of grip strength training and the benefits of improving grip strength – both for improving athletic performance and also developing proximal shoulder strength. In the context of athletic performance, grip strength is a fundamental prerequisite in many sports that require aggressive ‘crushing grip’ type movements.... MORE
in Anatomy, Diagnose & Treat, Improve, Musculoskeletal injuries, Power development
Chris Mallac explains why a ‘long’ biceps femoris fascicle length and good strength in the Nordic hamstring exercise correlate quite well to reduced injury risk in the biceps femoris, a commonly injured muscle in athletes. Injuries to the hamstrings are a common injury in athletes who are exposed to high-speed running such as sprint athletes, footballers,... MORE
in Agility, Anatomy, Ankle and foot injuries, Diagnose & Treat, Improve, Joint injuries, Power development
David Joyce looks at the way that the foot and ankle combine – and how to avoid injury. MORE
in Core injuries, Diagnose & Treat, Improve, Musculoskeletal injuries, Power development
Although golf is regarded by many as a ‘gentle’ sport, the risk of lower back pain among its practitioners is surprisingly high. Andrew Hamilton explains the kinematics leading to back pain in golfers... MORE
in Anatomy, Diagnose & Treat, Improve, Knee injuries, Musculoskeletal injuries, Power development
Patellar tendinopathy is a common injury in jumping sports, especially when loads are high or suddenly increase. With this in mind, Luke Heath guides the practitioner through the problemsolving steps required to formulate a rehabilitation program for restoring the load absorption capacity of a grumbling patella tendon… MORE
in Diagnose & Treat, Improve, Power development, Strength
Luke Heath looks at the evidence for blood flow restriction training; does it benefit athletes who require rapid post-injury rehab and if so, how should it be performed MORE
in Anatomy, Diagnose & Treat, Hip injuries, Improve, Musculoskeletal injuries, Power development
Chris Mallac looks at the gluteus medius – and the most common dysfunctions and how they’re best rehabilitated… MORE
in Agility, Anatomy, Ankle and foot injuries, Diagnose & Treat, Improve, Overuse injuries, Power development, Pre-hab and post-surgical rehab, Speed development
Lachlan Wilmot explains the importance of end-stage rehab for midsubstance Achilles tendinopathy and provides a framework to help build tendon resilience across high-end movements MORE
in Anatomy, Diagnose & Treat, Hip injuries, Improve, Musculoskeletal injuries, Power development
Chris Mallac looks at the anatomy and biomechanics of adductor magnus, its role in musculoskeletal syndromes and how clinicians can manage tightness and high tone in this muscle MORE
in Acute injuries, Ankle and foot injuries, Diagnose & Treat, Improve, Joint injuries, Power development
Balance and propioception training is commonly prescribed for the rehab and prevention of lateral ankle sprain injuries. But how effective is this approach? Andrew Hamilton looks at recent evidence... MORE
Knee pain is the most common of all sports injuries and virtually every sport has its share of knee injuries and related problems. If you or your client has played sport for any sustained period of time, the chances are you've already experienced at least one bout of knee pain. Be it a temporary, mild nuisance you've shrugged off, or a debilitating injury that forced you to seek specialist help. The good news for athletes, coaches and sports injury professionals, is that thanks to some important recent work in this area, sports scientists now know more than ever about the diagnosis, treatment and prevention of knee injuries. And now you too can share in these insights, courtesy of this special report. MORE
Understand and manage the shoulder's function, recognise how and why pathologies develop and learn the concepts behind current and best practice of shoulder injury management. MORE
Drawing from the knowledge and experience of our panel of sports scientists, physiotherapists and sports therapists we have compiled a holistic, technical and hands-on approach to understanding, treating and managing running injuries. The report covers prevention, physiology, core stability and technique, and includes case studies and illustrations throughout. It will stay with you as an invaluable reference point through your running career, and not only help you stay injury free but also increase your biomechanical efficiency for long term gains. MORE
