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How does NIS work?

Each person has an individual DNA blueprint – that each of us was born with.  
This blueprint decides what your individual tolerances are – and your blueprint
dictates what is NORMAL FUNCTION FOR YOU
Your tolerances and what
causes them to exceed are very different from person to person

Using the NIS system your practitioner:

  • evaluates all areas of the body to identify any exceeded tolerances that have been
    pushed into a 'SAFETY NET'. 
  • determines the underlying neurophysiological reasons as to why the patient has
    their symptom pattern/s
  • facilitates as the brain to recognize the neurological circuitry breakdown
  • facilitates as the brain ‘re-sets’ the circuitry in order for all body systems
    to return to their optimum potential for that individual 

 

Find out how....
The NIS approach

1.

Let's call the human body a SQUARE.

What is in the square?

EVERY: MUSCLE, CELL, GLAND/ORGAN, 
TISSUE/ LIGAMENT, VEIN/ARTERY, 
BODY SYSTEM

(nervous, cardiovascular, endocrine, reproductive, lymphatic, etc)


2.Everything in that square is controlled by the BRAIN.  When the BRAIN is controlling
all body systems...
  there is nothing to treat
  there is no evidence of complaints 

  

3.If the tolerance of any body system is
exceeded and pushed outside the square
Brain control becomes limited 
Potential function becomes reduced


 

FOR EXAMPLE:
Pushing a muscle beyond it's tolerance
will isolate that muscle into a
'SAFETY NET'

The circuit between the MUSCLE and
the BRAIN is now disconnected.






REMEMBER  'SAFETY NET’ = reduced muscle function 

4.The tolerance principle applies to 
everything in the SQUARE

EVERY: MUSCLE, CELL, GLAND/ORGAN, 
TISSUE/ LIGAMENT, VEIN/ARTERY, 
BODY SYSTEM

(nervous, cardiovascular, endocrine, reproductive, lymphatic, etc)

 

  

5.

NOW Using NIS your practitioner will:

1.  identify what is in the 'SAFETY NET
2.  and 're-connect' it with the BRAIN



How does your NIS practitioner re-connect with the brain?
Using a muscle test along with NIS treatment protocols your practitioner will determine congruence between the BRAIN and certain neurological centres.

Using the post central gyrus your NIS practitioner will:  
1.) Hold specific NIS anatomic contacts to identify any issues that have been pushed past their
     tolerance levels and are being held in the SAFETY NET
2.) Continue to hold them, integrate the left and right hemispheres of the brain (this will facilitate
     the brains recognition of the broken circuit.)
Once the brain recognises the broken circuit, it resets it, and goes about restoring function to optimum (for that individual).  Then appropriate control will be restored to the sensory-motor loop, giving back control to the testing muscle.

Why does NIS use a muscle test?

Muscles in the body should at all times be able to resist a given force.  This will be easy when integrity of the sensory-motor loop exists.  If the brain is not fully in control of a particular circuit neurological confusion dominates, the information referred via the sensory-motor loop will cause the testing muscle to weaken.


For example
:
Using a muscle test your practitioner is looking to identify anything that has been pushed passed its tolerance level, and is outside the square (in the SAFETY NET).


Why does NIS use the post central gyrus?

  • Receiving & dispatching centre of the brain
  • Primary sensory area of the brain
  • Allows stereognosis (to recognize form by touch)

The Post central gyrus is responsible for receiving data from the brain in regard to what is outside the SAFETY NET and dispatch that information out to the different areas of the brain.

Collective stimulation of this area reinforces recognition by both hemispheres of the respective anatomical contacts being held at the time.  
More info on the science behind NIS – see the FAQ’s.


For example
:
The post central gyrus will know if there is anything outside the SQUARE (in the SAFETY NET) and relay this information back to the practitioner when they use the Muscle Test.

Want to know more?
Visit the Neurolink Centre Noticeboard for details of the next Patient Information Evening.