learning how to activate neural Pathways to distal parts of your body that serve as stabilizers for the arch of the foot for the foot itself for the ankle for the shin that carry over to spine stability and a strong spine
The evidence is convergent. Multiple independent sources reach the same conclusion, the underlying mechanism is well-characterized, and even the field's most cautious voices treat it as worth doing.
learning how to activate neural Pathways to distal parts of your body that serve as stabilizers for the arch of the foot for the foot itself for the ankle for the shin that carry over to spine stability and a strong spine
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being able to spread your toes on both feet actually says a lot about your ability to activate distal neural Pathways or I should say neural Pathways to distal parts of your body
one way you can do this is by sitting in a chair Barefoot spreading your toes as much as possible and then seeing whether or not you can lift each toe independently
and you think about your feet with those nice spread toes and the activated um musculature on the base and the top of your feet and running up the front of your shin and your calves you can really imagine how you're creating the most stable positioning on the floor stable positioning of the spine no wonder that the spine is not only going to experience less shearing stress less pain but you're also in a position position to create a nice strong chain of activation from the nerves and muscles from the base of the floor all the way up to your neck because you're already strengthening your neck