Health and Performance Made Ridiculously Simple
If you have knee pain, this case study is a MUST to see Does your knee cap point inward but your foot? point outward? If so, then you MUST check out this post because we outline a critical factor with this postural presentation: A “twisted” knee occurs for different reasons in different people. I’ll illustrate why by checking out this wide infrasternal angle case study below. You’ll find that the way this person does it is different from other folks.
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If you have knee pain, this case study is a MUST to see Does your knee cap point inward but your foot? point outward? If so, then you MUST check out this post because we outline a critical factor with this postural presentation: A “twisted” knee occurs for different reasons in different people. I’ll illustrate why by checking out this narrow infrasternal angle case study below. You’ll find that the way this person does it is different from other folks.
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What do you do if you have someone who is a narrow infrasternal angle, stiff as all hell, with some glaring asymmetries? Check out this video below, where a colleague and I walk through a case who presents in this manner. It in, you’ll hear about the following: How to test shoulder flexion more reliably How to build someone into half kneeling Moves to utilize for this type of individual Watch the video to learn what we did!
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Many times if you don’t get the result you are looking for movement-wise, it is often related to losing the stack (and not talking to Zac). How do you know where the failure occurred? That’s exactly what we sift through in this video. In it, we walk through a failed case, and look at where tweaks could be made to improve the outcome. Watch it to learn more! Looking at each component of the stack In this case of a person with shoulder pain, we look at some of the big limitations this person had: Decreased shoulder internal rotation biliaterally Decreased left shoulder external rotation Narrow infrasternal angle From here, you then need to look at each piece of the stack to determine how to design the activity with the best possible chance of success. What are those components? I’M GLAD YOU ASKED!! Here are the pieces we focus on for the stack in order of importance (though fam, you need to build it all!): Pelvic positioning Full exhale Pause and inhale with ab tension and relaxed upper thorax Reach without crunching Now based on what we need to maximize this person’s movement options, we can then engineer exercises with a high probability of increasing available movement. The keys we need to respect are restoring external rotation before internal rotation, respecting their anthropometric structure, and address asymmetry (shoulder rotation limitations indicate this person has a right rotation bias). Therefore, we can engineer activities that can create high odds for success:
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