05/21/2021
Common issue!!
So in the context of āWhat the Femurā whatās actually missing in our life is most likely femur external rotation which couples with foot supination and pelvic posterior tilt. This hopefully makes sense when the majority of people find themselves anterior tilted with pronated feet and a resultant internal rotation of the femur. The hip joint itself has way more access into external rotation than internal rotation as I alluded to a couple of posts back. Oddly in gait, external hip rotation occurs when the femur rotates internally, this creates the conditions for a pronating leg shape. Foot pronation / knee flexion / femur internal rotation / anterior tilt. What we really want to be able to access to pull us out of this shape is the opposite movements: Foot supination / knee extension / femur external rotation / posterior tilt. This forms a straightened supinating leg that will efficiently drive us forwards and into our next step. It will also take the pressure off our pronated feet, our , our , our , our , our discomforts. This is because human movement is always about being able to access both ends of the movement spectrum. If your femurs are internal and canāt go external (supinating the foot when they do), then you are going to struggle to straighten your knee and open up the anterior part of your hip with a posterior tilt. So you remain , , and anterior tilted. That is not to say that these movements are bad, we need them, we need all movement capabilities as to be able to have both: to internally and externally rotate the femur, to anterior and posterior tilt the pelvis, to flex and extend (correctly) the knee and to pronate and supinate the foot, is the true definition of movement. This is what your skeletal system craves and has most likely forgotten how to access. You normally focus on one thing or the other thing rather than creating the opportunity to focus on multiple things all at once. Itās easier to do the former, I get it, but in the human body it does not make sense. All movements in the human body require each other.