BRINGING SCIENCE TO TREATMENT
in Email Newsletters, Knee injuries
Consider why you perform return to sport (RTS) testing on athletes post anterior cruciate ligament repair (ACLR). Are you ticking a box to justify a discharge or trying to pacify a coach who wants their athlete back on the playing field? Or, do you have the intention of protecting the athlete from a repeated ACL... MORE
in Hip injuries, Knee injuries
Illiotibial band syndrome (ITBS) is a common disorder amongst recreational and competitive runners. In fact, it ranks only behind patellofemoral pain syndrome in frequency(1). The iliotibial band (ITB), a tough band of connective tissue that runs from the hip to the lateral knee, serves as the attachment for the gluteus maximus and the tensor fascia... MORE
in Email Newsletters, Knee injuries
Anterior cruciate ligament (ACL) tears continue to plague athletes in greater numbers each year(1). Unlike some athletic injuries, ACL tears, once healed or repaired, continue to impact future physical activity and joint health. A majority of athletes (around 60%) never return to a competitive level of sport(1). While there may be several reasons for this,... MORE
in Diagnose & Treat, Knee injuries
Cyclops lesions are a common cause of range of motion limitations after ACL reconstruction. Chris Mallac defines the malady, explores the causes, and suggests ways to prevent this syndrome from occurring. First described in 1990 by Jackson and Schaefer(1), a cyclops lesion is a reasonably common complication following anterior cruciate ligament reconstruction (ACLR), with the... MORE
in Diagnose & Treat, Email Newsletters, Knee injuries
Adolescence is often a period of rapid growth for most children. Because bones grow faster than muscles, this growth can lead to tension from the tendons at their insertion on the bone, causing an apophysitis. One of the most difficult-to-treat conditions related to such growth is Osgood-Schlatter Disease (OSD), an apophysitis at the tibial tuberosity.... MORE
in Email Newsletters, Knee injuries
Knee injuries are the bane of athletes in nearly all sports (see figure 1)(1). Clinicians and sports scientists continue to explore the best way to prevent such injuries. The knee, a hinge joint, moves in the sagittal plane. The thought is that most knee injuries occur from forced movement in the frontal plane. Therefore, control... MORE
in Knee injuries, Tools and technology
Patellofemoral pain (PFP) plagues up to 17% of runners who complain of knee pain(1). Often weak gluteus medius muscles are to blame with resulting hip adduction (HADD) and positive Trendelenburg sign during the unilateral stance phase of running. Patellofemoral pain also affects knee flexion (KFLEX) in single stance, with runners avoiding KFLEX to prevent pain.... MORE
in Email Newsletters, Joint injuries, Knee injuries, Pre-hab and post-surgical rehab
The high rate of reinjury after anterior cruciate ligament repair (ACLR) makes it essential that clinicians accurately assess an athlete’s readiness to return to sport (RTS). Many factors play a role in RTS decision making, not the least of which is knee extensor strength. Regaining quadriceps strength is one of the most challenging aspects of... MORE
in Diagnose & Treat, Joint injuries, Knee injuries, Uncommon injuries
In the first part of this series, Andrew Hamilton outlined the structure of the pes anserinus complex, the risk factors for injury, and the diagnostic criteria. In the second and final part, he explores the most effective treatment options and rehab protocols for athletes suffering from a pes injury. As explained in part one of this... MORE
in Knee injuries, Uncommon injuries
Although uncommon, a pes anserinus injury can cause debilitating medial knee pain. In the first of a two-part article, Andrew Hamilton explains the structure of the pes anserinus complex, the risk factors for injury, and how clinicians can differentially diagnose a pes anserinus injury. Knee injuries are prevalent in athletes due to the loads transmitted... MORE
