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Thread: Sophistication and Intensity

  1. #1
    hammer_2020
    Unregistered Guest

    Sophistication and Intensity

    I was explaining the principle of increasing intensity through sophistication to a client to the other day when something dawned on me. Could it be that CST favours this method of escalating intensity because it presents the least wear and tear compared to other methods?

    To put things in perspective, this was in the context of a modified version of the FlowFit®-based routine I'm currently using, which I'd tweaked and given to one of my more - I should say most - athletic clients to challenge him further. It worked, of course, and, in total, he'd cranked out close to 150 free squats plus sundry other challenging lower body exercises in less than half an hour and came out the other end completely knackered but not sore anywhere. He was commenting on how the sophisticated nature of the leg swoop left his heart racing after just one rep and I pointed out that the challenge of that one rep to his nervous system was a way of pushing his conditioning in a way that not even twenty free squats in a row could do, and that was when it hit me.

    Could it be that an emphasis on sophistication challenges the cardiorespiratory and nervous system so far ahead of the musculoskeletal as to self-limit mechanical trauma by reaching central exhaustion before musculoskeletal? Or does the rapid onset of metabolic and neural equilibrium brought about by high-sophistication training enable the musculoskeletal system to stay under the trauma radar by meeting energy demand, reducing unnecessary forces and disposing of fatigue toxins efficiently? Or, as is often the case, does the answer rest somewhere in between?

    All input is most welcome.

  2. #2
    hammer_2020
    Unregistered Guest
    Well, I was watching the second disc of BodyFlow the other day, in which Coach Sonnon talks about this very subject and it seems I've hit the nail on the head.

    Still, I'd like to know exactly what the trauma-limiting mechanism is in this case. It would be nice to perform a RCT with a group of athletes drawn from a few strata of training levels and sport types and put them through different modalities of training towards a single goal and compare the results, both indices of performance and exercise-induced trauma, with those elicited by a CST modality. Now, if someone can just provide a lab and shell out some fifty or so grand for funding, I can get started

  3. #3
    Honored Member Joseph David's Avatar
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    Quote Originally Posted by hammer_2020
    Still, I'd like to know exactly what the trauma-limiting mechanism is in this case.
    James,
    It sounds like your talking about a protection mechanism of the nervous system, reactivity. Being proactive in the evolvement of movement is a proactive process. Reactivity is when the nervous system rewrites motor programs, and has a specific association between the limbic brain and the motor cortex. The limbic reactivity is what controls the chemical dump, be it stress arousal or other combinations that create feelings.

    The path that brought me to understanding this is from my studies of applied kinesiology, specifically the muscular skeletal reactivity. Enjoy your research
    Joseph Schwartz, CST
    Movement is life.

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