Bioresonance Body Scan
The Bioresonance Body Scan, developed by the Institute of Practical Psychophysics, is an advanced diagnostic technology that analyzes the body's tissues through changes in their wave characteristics. This method, known as Non-linear analysis systems (NLS), uses the spectral analysis of the body's magnetic fields to detect and correct defects in organs and cells.
Key Features
- Spectral Analysis:
- The NLS system, called "METATRON," uses spectral analysis to detect changes in the body's magnetic fields.
- It produces bioelectrical activity of brain neurons, allowing for the amplification and decoding of signals.
- Virtual Organ Models:
- The system creates a virtual model of organs in specific colors on a computer screen.
- Colored marks on the model help doctors identify and locate pathological processes.
- Deep Investigation:
- The technology allows for deeper investigation levels of an organ to pinpoint the exact location of a pathology.
- Automatic Tuning:
- The equipment automatically tunes to the frequency of master pulses, detecting and correcting defects without human intervention.
- It uses modulated magnetic oscillations recorded on a matrix to achieve this.
- Electro-puncture Diagnostics:
- Unlike traditional electro-puncture methods, NLS directly evaluates the organ's condition using a non-invasive trigger sensor.
- Comprehensive Database:
- The program contains numerous graphs of pathological processes, showing progressive stages with variations in age, sex, and other factors.
- It compares the spectral characteristics of healthy and pathological tissues to diagnose conditions accurately.
- Medical Testing:
- The system can record the frequency fluctuations of any preparation, comparing them with a database to find the most effective remedy.
Benefits
- Quick and Non-invasive:
- The assessment is fast and painless, performed using a portable spectrophotometer.
- Non-invasive analysis is conducted directly in the office.
- Detailed Diagnostics:
- Provides a three-dimensional projection of internal organs.
- Allows for accurate, differentiated diagnosis of each process.
- Cost-effective:
- The cost of NLS diagnostic systems is much lower than other hardware diagnostic methods.
- Provides a detailed picture closest to the pathologoanatomic one, promoting rapid development and safety.
Applications
- General Health Monitoring:
- Evaluates the reserves of minerals, trace elements, and vitamins.
- Assesses oxidative stress and the presence of heavy metals.
- Disease Diagnosis:
- Detects and corrects defects and pathologies in organs and cells.
- Useful for a variety of conditions, from metabolic issues to localized pathologies.
- Medical Testing and Treatment:
- Finds the most effective remedy based on spectral characteristics of the pathological process.
- Can be used alongside traditional diagnostic methods like biopsy.
Conclusion
The Bioresonance Body Scan offers a sophisticated and comprehensive approach to health diagnostics, utilizing advanced NLS technology to provide quick, non-invasive, and detailed assessments of the body's condition. With its ability to detect and correct defects at the cellular level, it stands out as a powerful tool for modern healthcare.
