As sports physiotherapists we treat all sorts of patients that want to do crazy things. You know… run, swim and ride all day and even climb mountains and cliffs. Many of these athletes are young and physically active, and they strive to push their body to its physical limits. A well recognised condition to affect this group of people is chronic exertional compartment syndrome (CECS). In fact, eighty-seven percent of patients with CECS participate in sports, and runners account for 69% of these cases Thus, sports physiotherapists, particularly those that deal with endurance sports, will assess and treat this condition with considerable frequency. This article discusses new research on changing biomechanics to manage CECS.
It has been suggested that up to 79% of runners will sustain lower limb injuries. The patients with these pathologies frequently present with identifiable biomechanical faults associated with either deficits in pelvic strength or neuromuscular function. Thus, physiotherapists and physical therapists the world over implement rehabilitation programs aimed at strengthening the lateral hip abductors and external rotators. However, when it comes to exercise prescription for this musculature we require EMG studies to ensure that we are operating from a strong evidence basis. This article discusses such research.
In this episode of the podcast I interview Trent Salkavich. Trent is a Sports Podiatrist and Director of SportsPodiatrists.com.au. He consults from Sydney Sports Medicine Centre, Balmain Sports Medicine and Sydney Sports Med Specialists. He is currently the consulting podiatrist for the Australian Defence Force Academy Barracks, Sydney Apia (formally known as the Medibank) International Tennis Tournament, NSWIS/AIS Tennis players, various AUS/NSW Institute of Sport athletes, and the Australian Wallabies 2011 World cup team.
We all know that hamstring strains are common injuries within sports that involve sprinting and jumping. In fact, they represent a significant proportion of muscle injuries: 50% in sprinting, 40% in soccer (Yeung et al, 2009) and 14% in Australian Rules football (Gabbe et al, 2006). They have been shown to be more common than any other muscle injuries and players are 2.5 times more likely to suffer a hamstring strain compared to a strain of their quadriceps (Woods et al, 2004). This is significant as Small et al (2010) found that soccer players miss on average 3 competitive matches per hamstring injury. Consider the huge impact on the success of sporting teams when high profile players are injured!
In the sports physiotherapy world we are frequently called upon to assess and treat athletes of all ages. As you might expect, this may range from young children through to nonagenarian Master’s athletes. Sports physiotherapists would know when dealing with young athletes missing a career-ending (yes, career) diagnosis can be unforgivable. One such diagnosis is juvenile osteochondritis dissecans of the knee, a condition that commonly affects athletic children, and one that if left unchecked could jeopardise the integrity of their knee. Thus, accurate and timely diagnosis followed by appropriate management is essential when dealing with juvenile osteochondritis dissecans…..
As I suggested in the previous post: assessment of scapular dyskinesis; sports physiotherapists regularly assess and rehabilitate shoulder dysfunctions and pathologies. As a sports physiotherapists it is important to evaluate the contributing factors to shoulder pathology. A common contributor, seen in 68-100% of shoulder injuries, is scapular dyskinesis. If you treat shoulders, ‘treating the scapula’ is absolutely paramount … ignore it at your own peril. This article will discuss some treatment options for scapular dyskinesis
In this episode of the podcast I interview Jonathan Mulford. Dr Mulford is an Orthopaedic Surgeon who specialises in all aspects of knee surgery. He graduated from the University of Tasmania with Honours in 1995, and completed his orthopaedic training in Sydney in 2005. In addition to his clinical work he has a strong interest in clinical research, and has just authored a systematic review on the use of the LARS ligament.
In this episode of the podcast I interview Jeff Boyle. Dr Jeffrey Boyle is the Principal Physiotherapist at the Fremantle Dockers Football Club. Jeff is a Specialist Sports Physiotherapist (as awarded by the Australian College of Physiotherapists in 2009) as well as a Musculoskeletal Physiotherapist. Additionally Jeff is an Adjunct Senior Teaching Fellow at the University of Western Australia. In the interview we discuss…
Introduction During the rehabilitation of an athlete frequently the most challenging period is during the late stage (Lorenz & Reimann, 2011). One reason for this clinical challenge is that there is a significant lack of research to suggest the most effective techniques for improving performance during late stage rehabilitation. Personally, the late stage rehabilitation of athletes is my […]
As we all know, good things come in threes. This is the third and final post on resistance training in adolescents. As you will now know, we have so far discussed the overall safety of resistance training in children and adolescents and some of the health benefits. This final article will take up where the second let off, and discuss some more benefits, key points for resistance training in adolescents and also my own experience of developing a resistance training program with young athletes .