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Showing posts with the label patellofemoral pain

Running Injuries

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Running Injuries Running is one of the most common forms of exercise. It is a convenient and efficient workout that can be an escape from the noise and stress of the outside world; it can be a great way to get your day started off on a good foot, or to decrease stress after a long day of work.  Many runners use running as their primary, and sometimes only source of physical activity.  Running places a lot of stress on our body and just like with any sport there are inherent injury risks.  When compared to other types of aerobic exercise such as biking, swimming, or walking, running has a higher risk of injury.  This is tied to the amount of impact that our body undergoes during running and the need to dissipate those forces between muscles and joints.  In this blog we will discuss some common running injuries, some potential causes, and some potential management strategies. Common running injuries According to Francis et al.  the knee is the most c...

Runner's Knee: Patellofemoral Pain - Causes and Treatment Strategies.

Anterior Knee Pain in the Active Individual: Patellofemoral Pain Anterior knee pain is a common complaint among that active population.  It can have many causes and can be from a few different causes.  The two most common in young, active individuals are patellofemoral pain, and patellar tendinopathy.  In this post, we will be talking about patellofemoral pain. Patellofemoral pain: What is patellofemoral pain? Also referred to as "Runner's Knee" Your knee cap (patella) rests within a groove at the bottom of your femur.  This groove is referred to as your trochlea.  As our knee bends and straightens, our patella glides along this trochlea.  In our body, our quadriceps muscle becomes our quadriceps tendon who's fibers house the patella and continue below to form our patellar tendon which attaches onto our tibia (shin bone).  The patella serves to increase the mechanical advantage of our quadriceps allowing it to produce much more force than...