GR Hunter User Interface

The subject’s biofeedback graphs are shown in the bottom right corner and are simultaneously converted into the more easily understood 6-point Fleindler scale which is shown on the virtual anatomical models. This intuitive graphical user interface allows the practitioner to easily navigate to different parts and levels of the body. The readily identifiable icons and simple navigation allow proficiency of use in mere hours.

Zoom in to Evaluate more Data Points

The “Zoom” feature allows the operator to quickly focus in on areas in need of further analysis. The zoomed area is automatically populated with additional research points, which are subsequently evaluated.

Select Dysfunctional Area for Increased Accuracy

The next step of a “zoomed-in” analysis is to circle the area which shows the greatest dysfunction. This simple 3-step process greatly enhances the obtained information’s accuracy. Notably, this software feature is seldom functional in counterfeit systems and can be used by Doctors/ Patients to determine if they have been victims of fraud.

Automated Spiral Scanning

When a dysfunctional area is identified through biofeedback wave spectrum analysis, in this case in the ureter of the right kidney, the Hunter software automatically directs the next phase of biofeedback to the histological level.  This is known as 3D-Spiral Scanning and the process will continue all the way to cytological levels if the dysfunction continues to persist.  

Histological Functional Assessment

In our 3D-Spiral-Scanning example, the ureter’s epithelial cells (histological level) at the nidus of dysfunction were then researched. Please note that this automated software function is often non-functional in counterfeit illegal systems and is one method a doctor or patient can use to determine if they have been victims of fraud.

Chromosome Functional Assessment

Next, the Hunter software guided the biofeedback session to the Cytological level and the chromosomes in the nucleus of an epithelial cell were researched.

Individual Chromosome Functional Assessment

Continuing the automated research process, the X chromosome in this subjects pair of sex chromosomes was then researched.

DNA Functional Assessment

3D-Spiral-Scanning continued to the DNA level.

Genetic Model Selection

The automated process finished at the genetic level, with the Hunter software identifying a possible genetic condition known as “Nephrolithiasis Type 1.” This means that the subject’s biofeedback wave spectrum characteristics closely matched that of the wave spectrum associated with this condition. Notably, this subject had been diagnosed previously with Proteinuria, Hematoria and Dysuria.

Case Study1: Prostate Biofilm? 

This 41 year old male has had chronic prostatitis for 10 years. Although he currently tests negative for infection on standard medical tests, our analysis shows multiple pathogens could be playing a role in his ongoing symptoms. 

Case Study1: Prostatitis – Microbial Analysis

Using the Pathomorphology and Microorganisms/ Helminths spectral entropic analysis programs, we see that his Prostatitis could be related to a biofilm of organisms, which include Gardnerella Vaginalis,Bacterium Lactis Aerogenes, Chlamydia, and Bacillus Cereus. Subsequent scans also showed Mycoplasma Hominis may be involved.

Case Study1: Prostatitis Stage 7 (Fully Developed)

Using the software’s Entropy Analysis function (which measures the development of a pathological process on a 7-stage scale), we see this subject’s wave spectrum is similar to stage-7 prostatitis. Stage-7 on this scale means the wave spectrum of a fully developed condition. This would be expected in this case, since the patient has suffered from prostatitis for many years.

An Overview of Biofield Devices

Brain waves may be spread by weak electrical field

USA Patent 2003