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HTKSPORT<br />

Training should therefore target the engine required to drive the goal performance,<br />

and the structures will develop/adapt themselves to accommodate it. Athletic<br />

Strength is about training athletes from the inside, out.<br />

This means, the fundamental premise of this book is that every external physical<br />

expression – be it a particular performance, or a physical state – is the result of the<br />

manipulation of the body’s internal physical elements. That is, the central nervous<br />

system controls every cell, tissue and organ in the human body. Anything we do<br />

physically originates from a neural command. As we are primarily concerned with<br />

physical movement and physical state when we talk about sports and athletic<br />

pursuits, we are therefore primarily concerned with the way the nervous system<br />

controls the fascial and muscular systems. The nervous system is the most important<br />

factor in physical performance, not the muscular system. While movement can be<br />

classified into several categories, different people can have different physical builds<br />

(indeed the same individual can alter their own physical state however way they<br />

want), and the same muscle can perform in multiple ways, the one thing that is<br />

common to everybody on this planet is the central nervous system. What’s less well<br />

understood is how to harness the enormous potential the central nervous system<br />

actually has on the myo-fascial system.<br />

For example, it has been shown that a group of slow twitch muscle fibres can change<br />

into fast-twitch fibres if the neuro-muscular input consistently demands fast-twitch<br />

characteristics at the muscular level. The fact that all physical expression is<br />

determined by the nervous system (within certain structural and anatomical<br />

constraints) should make it no surprise then that it is possible to manipulate every<br />

individual’s physical state and performance by addressing the relevant neural<br />

demands. This is the basis of training from the ‘inside, out.’<br />

JUNE 2018 | ISSUE 01<br />

xi

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