OVERVIEW Assumption: The brain is an over-determined relay system for our organism and therefore every organ is directly connected with a very specific brain relay. Goal: The research goal is to confirm a connection between specific organ symptoms (breast cancer) and the corresponding brain relay. Specifically, we want to elicit the presence of specific markings in the breast gland/ducts brain relay with patients diagnosed with breast cancer. Impact: Our research will open up a whole new dimension in holistic diagnosis, prevention and guide us to find a sustainable cure for breast cancer. Status: An initial research evaluation in cooporation with the University of Alexandria, Egypt has been very promising and our next step is to raise funds for a research project in partnership with a university. The budget for the HBCF BRD-1 research project pre-planning stage is $ 30,000.

click to enlarge Brain Relay associated with Breast Glands located in cerebellum as of 10/20/2006 View Project Sponsors

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SCIENTIFIC ABSTRACT

Titel:
Confirming the organ brain connection using Brain Relay Diagnostics

Background:
Newest neuro imaging findings suggest a direct link between specific brain relay areas and organs. META-Medicine (advanced integrative medicine) doctors are using Brain Relay Diagnostics in their daily practice to confirm the organ-mind-brain connection and to evaluate which organ is affected - using a brain CT.

Objective/Hypothesis:
The brain is an over-determined relay system for our organism and therefore every organ is directly connected with a very specific brain relay. A trained brain relay diagnostics doctor can determine organ symptoms by reviewing a brain CAT scan or MRI.

The research goal is to confirm the connection between specific symptoms or organs (like a tumor of the breast ducts or breast glands) and the corresponding brain relay or areas in the brain. If specific markings in the brain relay can be found (using CAT scan or other neuro imaging methods), then the goal is to set standards of diagnosis and analysis.

Specific aims:
(1) To detect the presence of brain relay markings in the breast gland and
(2) breast ducts brain relays using a brain CAT scan

Impact:
The possibility of a direct synchronous connection between the brain and organs could shed new light on the development and healing of cancer and many other diseases. If our research findings confirm a direct link between specific organs and brain relay, then this concept can be used for preventive diagnostics. Additionally, our objective is to establish a standard of brain relay diagnostics for future training of Brain Relay Diagnosticians.

BRD-1 research project:
Associated investigator is the University of Alexandria. Research details are:

• 30 brain CT images from breast cancer patients (diagnosed within the last 3 months)
• Clinical breast cancer diagnosis must be confirmation by professor/doctor
• 30 brain CT images from patients without breast cancer diagnosis (as a control group)
• CT images need to be without contrast agent, parallel to base of scull.
• The research team will establish the presence of specific markings in the brain relay associated with the breast glands and breast ducts.
• This initial research project is essential and will provide us with the basis for more advanced clinical studies.

Research schedule:
The research will begin in November 2007 and will conclude March 2007. The research findings will be published online, sent via email to all IMMA members and be published in medical journals in US, Germany and other countries.

Total cost of BRD-1 research project:
$ 30,000 incl. actual cost of brain CAT-scan images, investigator, co-investigators and minimal administrative fees.