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The science behind how you run
Around the Academy:


Mike Antoniades


So how can you run faster, more efficiently and avoid injury?

The nervous, muscular, skeletal and cardiovascular systems of our body are all involved when we run.

They all combine to create the neuromuscular and neuromechanical systems.

We can improve the biomechanical movements for runners by teaching the body and the mind the correct motor patterns.

When you want to change a movement in your body it needs to be stored in your muscle memory so you can repeat without thinking, particularly when you are tired.

When you perform a motion the body sends messages to the brain in a certain sequence.

To create a permanent map in your brain and nervous system you need to repeat this motion many times until it is ingrained in your muscles and your brain.

1. The primary objective of motor learning is to train the Movement rather than the Muscle.

2. Once we have taught the movement then improving the athletic performance of a runner is imperative in the pursuit of excellence and in injury prevention.

3. The neuromuscular system then has to be stimulated to recruit and contract motor units simultaneously and to increase the strength of the contraction.


IN THE GYM ::
:: Sport Academy has moved

Training the movement
The movement determines the function of the muscle, not the opposite. Even the most powerful athletes do themselves damage if they are not controlling their muscles.

Improve performance
This is done through functional muscle strength, power, aerobic and anaerobic endurance, and agility is imperative in the pursuit of excellence and in injury prevention.

Recruit and contract motor units
We know that fast twitch units (associated with sprinting) will not be recruited unless the activity is intense and powerful. But as fatigue sets in the number of fast twitch units recruited is reduced and the resulting muscle contraction becomes weak. The changes in each muscle fibre depend on the specific exercise stimulus placed upon it.


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