Facebook"All traditional medicine belongs to Energy flow.
Energy transformation belongs to Life!"
– Dr. Ludmila
NLS — Health Screening
Pioneering & Revolutionary Diagnostic System
The Holistic Healing Medical Clinic was the first to introduce the revolutionary Non-Linear Health Screening (NLS) in the UAE. This exclusive Health Screening engages the bio-resonance principle of quantum physics to analyze the human body in totality and collect complete physiological and pathological information.
NLS is a Whole-Holistic, Non-Invasive Diagnostic system that is able to determine the gradual aberrance of all organs and cells from the natural harmonic frequency patterns and give full information about the patient's health and detect the very first signs of the disease.
Non-invasive process
In action
Particular organ scan output
NLS Diagnostic with Oberon
The Oberon is the most revolutionary program for scanning and analyzing the various organs and systems of the physical body without having to make a medical or surgical intrusion.
This device scans each organ and tissue on a cellular level. It compares the measurements to a database of thousands of referenced conditions and their diagnosis. Oberon uses a special emitter to modulate the carrier frequency for the cell communication and it uses special sensor trigger readers built into headphones to read the cells own signals.
With Oberon our Doctors can:
Evaluate the overall assessment of the human organism
Diagnose diseases at earliest stages
Recognize different types of allergies, bacteria and parasites
Monitor and analyze the influence of a food, vitamins and medications over the human body
Determine the level of the immune system
Advantages of NLS – Oberon
| Quick | It takes no more than 60 minutes for a complete examination. |
| Painless | While every organ in your body is examined and diagnosed, you will feel absolutely nothing. |
| Safe | The process has no side effects and is safe for everyone and at every stage. |
| Inexpensive | NLS screening is a much inexpensive option for examining and maintaining health. |
| Reliable | The Oberon equipment is much more reliable than any other known to date equipment for diagnosing the human body. |
How does it work?
The level and characteristic of pathology is detected by a disturbance in the communication flow between the cells and the integrated relations between various organs of the body. Oberon offers four different spectral views on these characterizations.The Energetic View
Displays a set of equidistant dipoles that represent an organ's energy state at individual points of measurement. The Energetic View represents a snapshot of an organ at the time point of measurement.
THE EQUILIBRIUM SPECTRUM
This spectrum is complementary to the energetic view. Only when taking both views into consideration, a correct interpretation of the functional state is possible.
The unit of the ordinate axis of the equilibrium spectrum is decibel, representing the amplification of the measured signal (right ordinate). For reasons of readability, the left ordinate axis is divided into a scale of 1 to 6 points.
The abscissa axis of the spectrum represents the frequency (in Hz) to which the organism is exposed. The frequency range is from 1.8-8.2 Hz and corresponds to the theta wave range of the human brain.
The maxima of the trigger frequency correspond to groups of tissues according to the following table.
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Trigger Frequency (Hz) and Organs / Tissues
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Dissociations
In the above figure, the red spectral line corresponds to the input signal and the blue line corresponds to the output signal of a regulated system. In an optimally regulated system, the red and the blue line are equal in terms of shape and location. However, this represents a theoretical mathematical model. In reality the red and the blue line are never overlapping completely. Moreover, spectra as found in the next figure are typical, even for healthy organisms.
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If the blue line is higher than the red line, the dissociation is called positive or anabolic. Since the blue line (the output signal) represents the internal adaptation characteristics of the organ, positive dissociations mean that the organ's inner energy reserve is sufficient to adapt to the disorder. In combination with the energetic view, any state 5 and state 6 symbols would have to be interpreted as reversible physiological disorders without pathologic expression. In negative or catabolic dissociations, the red line is higher than the blue line. The organism's regulatory mechanisms can usually not adapt to the disorder. If state 5 and state 6 symbols are found in the energetic view, this is interpreted as pathologic state. |
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Acute and Chronic Processes
The equilibrium state allows distinguishing between acute and chronic processes. For this, the 3 horizontal lines are investigated.
These lines are called the iso-lines.
The red iso-line represents the mean value of the input signal.
The blue iso-line represents the mean value of the output signal.
The yellow iso-line represents the overall mean value of the spectrum.
If the separation between the three iso-lines is small, it usually means that the organism can regenerate and the disorder is of temporary nature.
The rules of spectral interpretation are underlined with examples of processes in different states.
Healthy tissue |
Acute process
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Subacute process |
Chronic process
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Begin tumor |
Malignant tumor
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READ MORE
The Equilibrium Spectrum
Represents the dynamic regulatory characteristics of an organ. It focuses on long-term disorders in the organism and allows distinguishing acute from chronic processes.
THE EQUILIBRIUM SPECTRUM
This spectrum is complementary to the energetic view. Only when taking both views into consideration, a correct interpretation of the functional state is possible.
The unit of the ordinate axis of the equilibrium spectrum is decibel, representing the amplification of the measured signal (right ordinate). For reasons of readability, the left ordinate axis is divided into a scale of 1 to 6 points.
The abscissa axis of the spectrum represents the frequency (in Hz) to which the organism is exposed. The frequency range is from 1.8-8.2 Hz and corresponds to the theta wave range of the human brain.
The maxima of the trigger frequency correspond to groups of tissues according to the following table.
|
Trigger Frequency (Hz) and Organs / Tissues
|
|
Dissociations
In the above figure, the red spectral line corresponds to the input signal and the blue line corresponds to the output signal of a regulated system. In an optimally regulated system, the red and the blue line are equal in terms of shape and location. However, this represents a theoretical mathematical model. In reality the red and the blue line are never overlapping completely. Moreover, spectra as found in the next figure are typical, even for healthy organisms.
|
If the blue line is higher than the red line, the dissociation is called positive or anabolic. Since the blue line (the output signal) represents the internal adaptation characteristics of the organ, positive dissociations mean that the organ's inner energy reserve is sufficient to adapt to the disorder. In combination with the energetic view, any state 5 and state 6 symbols would have to be interpreted as reversible physiological disorders without pathologic expression. In negative or catabolic dissociations, the red line is higher than the blue line. The organism's regulatory mechanisms can usually not adapt to the disorder. If state 5 and state 6 symbols are found in the energetic view, this is interpreted as pathologic state. |
|
Acute and Chronic Processes
The equilibrium state allows distinguishing between acute and chronic processes. For this, the 3 horizontal lines are investigated.
These lines are called the iso-lines.
The red iso-line represents the mean value of the input signal.
The blue iso-line represents the mean value of the output signal.
The yellow iso-line represents the overall mean value of the spectrum.
If the separation between the three iso-lines is small, it usually means that the organism can regenerate and the disorder is of temporary nature.
The rules of spectral interpretation are underlined with examples of processes in different states.
Healthy tissue |
Acute process
|
|
Subacute process |
Chronic process
|
|
Begin tumor |
Malignant tumor
|
READ MORE
The Entropy Spectrum
Shows the level of expression and the kinetics of a disease.
THE ENTROPY SPECTRUM
This is a complementary view to the Equilibrium Spectrum to further characterize the state of a disease.
The Entropy Spectrum is analyzed, when the measured signal is very similar to the reference spectrum (absolute reciprocal similarity value < 0.2). In this case, the state of a disease can be characterized by comparison with the reference spectrum.
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The entropy spectrum shows a set of 5 states of a disease. The lines in front represent healthy tissue without pathological expression. The lines in the back represent a chronic pathology. The thick red and blue lines represent the measured input and output signal. The more the measured lines are in the back of the spectrum, the higher is the pathology expressed. |
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READ MORE
The NLS Spectrum
Utilized exclusively for oncology and helps to characterize the dynamics of carcinoma processes.
Overview of Information analyzed with the NLS
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Organopreparations Biochemical Homeostasis Pathomorphology Allergens Microorganisms and Helminths |
Allopathy Homeopathy Phytotherapy Nutriceuticals and Parapharmaceuticals Food |
The Process
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TimingThe screening takes about an hour. |
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EquipmentNLS is a non-invasive and harmless diagnostic procedure that utilises state of the art computer and software. Patients are only required to wear headphones and relax while they are screened from head to toe. |
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