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Hey Connor,
Hey, Cessig32. There is also the possibility that you have true tibial torsion (meaning the skeletal structure of your right lower leg is a little twisted).
It’s probably more likely that it’s a mobility / movement habit thing, but if your efforts to unwind this turned-out foot from the hip don’t go so well you might consider having a PT (or other professional) check it for you.
Hey Lo,
Hey Zane,
Hey Ghazi,
I have a couple questions, levibeckett:
Hey there,
Hey Aaron,
Consider mobility a tool to make your specific movement preparation more productive; something to be included in a complete warm-up versus being a warm-up all on its own.
I would agree with that, Joshua. Similarly, I think it easier to teach people bilateral strength and conditioning movements, in many cases, before their unilateral counterparts for the very reason that the rotational demand is diminished.
Naudi Aguilar of Functional Patterns is actually highly critical of the lack of transverse plane training in CrossFit style programming and much of modern strength and conditioning. He argues that real human movement has a large rotational component, and training exclusively in the sagittal plane neglects this movement requirement. However, most of the rotation-specific training you’ll see in typical strength and conditioning doesn’t train rotation, per se, but the ability to nullify rotation. We train to not rotate at the spine when forces would otherwise force rotation.
I think the sweet spot is probably somewhere in the middle. I don’t think we can completely neglect the need for controlled dynamic rotation in human movement. There are just too many disciplines that require it. As David said, much of the rotation we perceive is actually occurring through the lower extremity, but unless the hips and shoulders remain perfectly squared off, spine rotation has occurred. Training for anti-rotation is a start, much like building a plank will help a beginner learn the push-up, but it is incomplete.
I think rotation of the spine is allowable and important, but it has to be recognized that there is a finite physiological limit to the ability of the segments to rotate on one another. This means that an important feature of training the rotational athlete (read: human) is teaching them to recognize and control rotation within safe biomechanical ranges. On top of that skill component, training needs to enhance their ability to manage eccentric forces through the supporting musculature (the coiling part) as well as their ability to quickly change direction once the rotation has been slowed (the uncoiling part).
Now, discs have been mentioned, but the disc is really going to be at risk if rotation is combined with sagittal or frontal plane movements of the spine (flexion, extension, lateral flexion), as this sort of “unwinds” the connective tissue surrounding the disc. If the rotation is pure(ish), then you really only have to worry about the physiological end ranges of the facet joints, which have a varying rotational capacity across the spine. The lumbar spine allows very limitted rotation, while the cervical spine allows the most. The thoracic spine allows enough and, as was mentioned, is where much of the rotation in sporting activities comes from, since we like to keep our eyes on the prize.
Okay, long-winded, but hopefully somewhat enlightening. Don’t demonize rotation, just respect it and train it progressively and properly.
Hey RossGers,
I think you’re basically just feeling your TFL freak out as you put it into it’s shortened position. Think about it like this: you’ve been lacking hip internal rotation for a while now, right? Your TFL is a major internal rotator muscle, and it lives in that little “flexor wad” corner on the front-outside of your hip (in the pocket zone). So now, when you try to actively go into internal rotation (especially with the hip flexed), you’re putting that muscle into a shortened position that it hasn’t had to work in for a loooooong time.
The same kind of thing happens when you’re trying to learn something like an L-sit. Early on, the front of your thigh will cramp up and freak out because you’re putting your rec fem in a way shortened position that it usually doesn’t perform in. It’s just a matter of letting the muscle get used to working in the new shape.
Basically, if you keep working on it actively that feeling of cramping should improve with time. Just give it a little ball love when you’re done the active stuff to release the tension (you don’t have to be TOO aggressive) and chill it back out again.
Hey Chris,
I would be concerned about skin integrity. Older individuals often have more fragile skin, and the surface forces of voodoo bands could be hazardous if great caution isn’t taken in application.
Hey Ross,
Also, any radiating pain away from the main site? Any positions that make it worse or better? History of disc bulge or herniation?