So last week we discussed what the hips needs to do in a deep squat and what compensations occur when we lack hip flexion in the squat. Before moving on I wanted to recap these compensations:
We also spoke about muscular and joint limitations in the article and ways to correct these. What we didn’t talk about was specific boney limitations that can limit our squat.
Now, what about these boney issues? Well, as opposed to the shoulder joint, the hip is a pretty deep ball and socket joint. It has quite a bit of stability coming from the socket portion of the ball (femoral head) and socket (acetabulum) joint canon eos utility downloaden. Because of this, in deep flexion (and internal rotation) we may be getting some abutment of the femoral head into the acetabulum. This usually occurs in the anterior/superior (front/top) portion of the joint and people typically complain of a pinching sensation in the front top of the hip. The medical term for this when it becomes symptomatic is femoral acetabular impingement (FAI) syndrome.
Note: How many people have told you that the front of the hip feels “tight” at the bottom of the squat? Is this truly a muscular tightness?
The reason why this can become an issue is because we can’t really change the shape of our boney structure (Unless you want to go for a surgery) videos tumblren. Also, if we stretch/train through these symptoms we may be potentially worsening the situation. Boney FAI is linked to acetabular labral tears, early osteoarthritis and subsequent total hip replacements in the medical literature (2). Now that I’ve thoroughly scared you, let’s dive a bit deeper into FAI and squatting shall we?
If we look through survey literature about where injuries occur in weightlifting and powerlifting, the hip is not an area that is typically injured (1). However, as a physical therapist I see my fair share of hip problems. Patients come in and complaint about hip pain, tightness or pinching in the front of the hip/groin area at the bottom of the squat film ios. Now as we discussed before, I think we know what may be happening.
There are 4 types of boney impingement that correlate with FAI. They are:
In each of these situations our athletes will be more likely to have boney abutment of the femoral head against the acetabulum at the end of their range of motion bpm studio vollversion kostenlos downloaden.
The reason why it is important to understand this is because the test positions for FAI as well as the bottom position of our squats can start to look a bit like what causes this abutment to occur. Take a look at the flexion adduction internal rotation test for anterior/superior FAI in the image above and right. If we have our athletes squat with a narrow stance and bring the toes facing ahead or inward, we could be creating this same boney abutment.
How can we tell if we are dealing with athletes that may potentially have these issues? Well unfortunately we aren’t human X-ray machines but we do have a few tests that help us determine who may have these issues bahncard. As a coach / therapist what can we do?
As a coach, if I have an athlete where I throw the kitchen sink at them and they aren’t making improvements over a large period of time and or they are complaining of anterior/superior hip pain during a deep squat, I’m not going to press the issue. Chances are, they’re dealing with something that can’t be fixed without surgery and I may be making them worse potentially. Also, the areas that tend to wear on the acetabulum do not tend to have good blood supply and therefore don’t tend to heal well minecraft wiki herunterladen.
Also keep in mind that in individuals that have FAI diagnostically confirmed, they present with a more shallow squat and less hip internal rotation range during the squat(4). As a coach, these are 2 situations that might have you start re-thinking mobilizing their hips.
What I think is the most challenging piece of the puzzle is that a large portion of hip deformities and labral tears don’t produce any symptoms at all. However, these individuals are more likely to eventually undergo total hip replacement surgery due to hip arthritis in time (Potentially they have more wear and tear on the hip joint over time but don’t feel anything until things get pretty damaged in there) herunterladen. Whether or not modifying your squat stance has any effect on this who knows at this point but I do believe it is a point worth considering.
Given this knowledge I have difficulty recommending that all athletes use the same squat stance. Everyone’s hips are shaped differently, for a more visual demonstration check out Ryan Debell’s article HERE. Chad Vaughn recommends between 5 and 15 degrees of toe out during a squat. Individuals with deformities may have to be closer to the 15 degree mark herunterladen. I’m sure some individuals may have to be even greater then that or potentially gain more motion at the ankles / tibia to make up for a lack of motion into pure flexion.
Keep in mind that you can also alter the squat by varying the depth and stance width, all of which can be potentially important in the athlete with FAI. At the end of the day we’re looking for the ideal squat but ideal will need to change from person to person.
The Ultimate Guide to Squat Mobility
The Best Exercises To Get Out of Shoulder Pain and Back to Training
5 Pro Tips For Reducing Shoulder Pain During Bench Press
Should You Compress and Elevate After an Injury?
Should You Ice After an Injury?
The Ultimate Guide to Getting Out of Shoulder Pain and Back to Bench Press, Overhead Press and Olympic Lifts
The Ultimate Guide to Getting Out of Hip Pain and Back to Squatting, Deadlifting and Olympic Lifts
Why Do My Hips Hurt When I Squat? Femoral Acetabular Impingement: Part 2