Healing through Inner Connection

using Kinesiology we can connect to our subconscious and unconscious

we can escape the effect of the rat race on our mind and body so that we can heal and find inner peace

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Kinesiology Short Course

Get The Basics

Starts on the 3rd August 2019
Runs over four Weekends

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Student Clinic

Affordable Kinesiology

Get a great balance for only $20.

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NOT training

Learn Neural Organisational Technique level 1 with the best

With International Trainer Peter McLellan

11th to 14th of April 2019

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Special Offer

KInesiology Introductory Weekend

Only $79.00 for the whole weekend
Valued at $320.00
Available at:
Brisbane Paddington Campus

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Kinesiology Evolution

New Article

How has the journey to become a professional kinesiologist evolved over the last 30 years?

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Fabulous Learning Environment

Accelerated Learning Technology

Have lots of fun as we cater for your learning style. We use the kinesiology to enhance your learning capacity improving your learning outcomes as you study.

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Awaken Your Inner Healing Potential

Learn to support the process of growth and change

A big difference in our college is how we support our students to awaken their inner healing potential. By unlocking this gift you will have the confidence and trust to support others to heal and grow.

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LEAP 1b provides techniques to work directly with the glial cells of the brain.  The glial cells are companion cells to the neurones.  Originally thought to be passive cells, modern scientific research has revealed that the glial cells perform a range of important functions within our central and peripheral nervous system. Based on their importance, this three-day course focusing on glial cells has been incorporated into LEAP.

There are different types of glial cells with specific functions, including myelinating neurons; supporting the structure of synapses, neurons, blood vessels and membranes; modulating and synchronising neural transmission; supporting the flow of cerebrospinal fluid through the ventricles; and performing immune functions within the brain.

Neurology Picture

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