Parkinson’s Recovery Project

The electrical circuit aberrations that present in people with Parkinson’s disease cause inhibition of dopamine release in the mid-brain’s motor initiation (movement) area and an increase in dopamine release in other areas of the brain such as the risk assessment area. Since 2001, western-medical research using brain scans has shown an increase in dopamine levels in the right anterior cingulate (risk assessment) part of the brain in people with Parkinson’s disease.

Most western-medicine research has consistently ignored the brain scan data showing elevated dopamine levels in certain areas of the brain in people with Parkinson’s, possibly because it conflicts with the long-disproved 1960s theory of “dead dopamine cells” and with the Parkinson’s theory promoted by the pharmaceutical industry.

The electrical patterns seen in people with Parkinson’s are consistent with electrical patterns that are supposed to occur temporarily in response to life-threatening, severe, physical and/or emotional trauma. However, in people with Parkinson’s, these electrical patterns have failed to revert back to normal after the trauma has ended. These current are “aberrant” in the sense that they are flowing in a life-threatening trauma pattern although the threat to life is no longer present. When the electrical aberrations in a person with Parkinson’s are corrected, the person’s Parkinson’s disease ceases.