Last week we talked about the kinetic chain ripple effect theory and how the kinetic chain has an impact throughout the body, but more of an impact closer to the source of dysfunction. For this week, I wanted to discuss 3 common injuries that we all see that may actual just be a symptom, and not the actual injury or source of dysfunction.
As a general rule of thumb, we should probably consider that many of our traditional “injuries” that seem to be relentless and not responsive to treatments may actually be coming from elsewhere in the body. Think back to how patellofemoral pain has been referred to as “the black hole” of orthopedics and how surgery and rehabilitation to correct patella alignment is often unsuccessful. Perhaps patellofemoral pain is actually just a symptom and not the source of dysfunction.
Below are what I have found to be 3 common “injuries” that may actually just be symptoms from dysfunction somewhere else within the kinetic chain. There are many more than 3, but these are likely to be some of the most common that you may encounter. Feel free to leave a comment of more examples that you have encountered. Furthermore, all three fit into the kinetic chain ripple effect theory as the source of dysfunction is pretty close to the location of symptoms
Groin Pain – Source: Hip Joint
I have to admit that in my career I have been stumped by groin strains that seem to be difficult to treat or frequently reinjured. I am sure we have all seen this in our practices, groin pain that doesn’t really look like a groin strain, but what is it? As our understanding of the hip has improved, we find that many people with intra-articular hip joint pathology present with groin pain, which is a common pain referral pattern from the hip joint.
Next time you have a patient with groin pain, clear the hip, you’ll be surprised how many times we find that the symptoms are coming from the hip and that will drastically change our treatment program.
Lateral Epicondylitis – Source: Cervical Spine
Another commonly misdiagnosis that I have seen involves lateral epicondylitis. The C6 nerve root is one of the most commonly involved nerve roots involved in cervical radiculopathy as it exits between the 5th and 6th vertebrae. Any radiculopathy from this nerve root can cause weakness in wrist extension. I have seen even a subtle loss of strength of wrist extension cause a raging lateral epicondylitis. Sometimes this weakness is so subtle that the person doesn’t even realize they have weakness until it is too late. We continue to function and use our hands with this weakness and overload the area. So, we can treat the heck out of the lateral epicondylitis, but if we don’t solve the nerve root issue at the cervical spine we will never regain the wrist extension strength that is needed to decrease the symptoms of lateral epicondylitis.
Patellofemoral Pain – Source: The Hip
We’ve spent a lot of time discussing the contribution of the hip has on symptoms of patellofemoral pain. [If you haven’t yet, this would be a great time to sign up for my newsletter and receive a bunch of goodies, including my eBook on Solving the Patellofemoral Mystery.] Over the last several years, we have made a giant leap in our understanding of why some forms of patellofemoral pain occurs. More often than not, weakness and dysfunction of the hip muscles, specifically the abductors and external rotators, is a leading cause of biomechanical faults at the knee and subsequent patellofemoral pain. Similar to lateral epicondylitis above, you can treat the symptoms all day but you aren’t going to solve the problem if you don’t address the source, weakness and dysfunction of the hip.
Take Home Message
I’m sure that many of my readers have observed all of the above findings. Please do comment and add more examples. So what is the take home message? For the younger clinicians in the audience, I guess it would have to be that we should probably take a step back a rethink all of the injuries that we see that we consider “difficult to treat” or “unrelenting” such as lateral epicondylitis and patellofemoral pain. Maybe we need to think of the bigger kinetic chain principle. Perhaps we are only treating the symptoms and not the true source of the dysfunction. So next time you seem to have a patient that is not responding to your treatments, take a step back, re-evaluate and assess elsewhere in the kinetic chain and make sure that you haven’t missed the true source of the person’s symptoms.
