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Brain Function Explained

Your brain controls and coordinates all function of the body (Grey’s Anatomy). When functioning normally, the cerebellum, which is the back bottom part of your cranium, sends messages or “fires” to the brain (right and left hemisphere) which in turn “fires” to the brain stem (mesencephalon, pons, and medulla). This is called the “Brain Loop”.

Normal Brain Function

Your health, well-being, physical vitality, mental clarity, and emotional stability are all directly correlated with proper brain function….the “Brain Loop”.

When functioning correctly, the cerebellum receives adequate input, sending normal input to the brain’s frontal lobes, which sends sufficient input to the lower brainstem, keeping the mesencephalon from over-firing.

What goes wrong?

Stress…physical, chemical, and emotional stress will adversely effect this “brain loop”. Stress is not necessarily a bad thing. However, it is the constant, pervasive, never-ending stress of our culture that is so detrimental.

If one side of the cerebellum is not receiving enough nerve input, it cannot send sufficient nerve input to the frontal lobe, which can’t send enough input to the lower brainstem to keep the mesencephalon from over-firing.

What’s the deal with the mesencephalon?

The mesencephalon (a.k.a. upper brain stem, a.k.a. midbrain) normally is inhibited by the brain. In other words, when the “brain loop” is intact, the mesencephalon is turned off (or on low).

However, once stress interrupts the “brain loop”, the mesencephalon is left unchecked. Basically, the brain gets stuck in a sympathetic (fight or flight) response.

A mesencephalon that is not firing properly causes symptoms such as fibromyalgia, ADD, sciatica, etc.

What about the cerebellum?

Another key part to the “brain loop” is the cerebellum. This is the back, bottom part of your brain that controls your balance and coordination, spinal postural muscles, terminates eye movements, as well as influences on the autonomic nervous system, hormonal balance and thought processes. When one side of your cerebellum is not firing properly it can lead to a host of common ailments.

A mis-firing cerebellum will cause one side of the postural muscles to be in constant spasm. This one-sided muscle spasm will cause imbalances in the position of the vertebra/spinal bones. Additionally, individual vertebrae will lock up and be restricted in their normal movement. Consequently, chronic back and neck pain, spinal degeneration, arthritis, disc herniations, and sciatica may develop. Once pathologies are ruled out, chronic dizziness and balance disorders are usually the result of cerebellar dysfunction.

How do you fix the brain?

A thorough functional neurological examination will reveal which aspect of your brain is not firing properly. Since once side of the body is controlled by the opposite side of the brain (example: right brain controls the left side of the body), most treatments are given on one side of the body to stimulate the opposite hemisphere of the brain.

A safe, gentle, hands-on, dynamic integration process is used to re-boot, reconnect and restore proper brain function. Traditional chiropractic instruments and/or adjustments are also used, but they are used in a very precise manner…to stimulate function in the effected part of the brain.

What health problems can I help with?

Please understand that RECEPTOR BASED THERAPY  is not a specific treatment for any disease, illness or disorder. We do not try to cure anything.

Our expertise lies in naturally and holistically re-wiring your brain and then getting out of the way so your body can heal.

However, once the “brain loop” is restored and any brain imbalances are minimized…amazing things can happen. The following is a list of health conditions people have shown significant improvement with:

  • Balance disorders
  • arm/shoulder pain
  • low back pain/sciatica
  • bulging/herniated discs
  • carpal tunnel syndrome
  • dizziness
  • dystonia
  • early Alzheimer’s symptoms
  • fibromyalgia
  • RLS (restless leg syndrome)
  • neurological control of blood sugar
  • headaches
  • migraines
  • insomnia
  • hip/knee/feet pain
  • tremor disorders
  • MS symptoms
  • neck pain
  • numbness
  • spinal stenosis
  • low immunity
  • neurological control of thyroid function