COMPLETE DIAGNOSIS FOR VIBRACIONAL MEDICINE ON LIGHT AND COLOR IN A RUSSIAN REVOLUTIONARY SOFTWARE.

(Continuous of the previous Email)

 

 

The eye is the most  direct access to the brain, and the organ of perception of the chemistry of the universe and it is through the eyes that we have an open window to all the cellular functions of the organism.

 

This is based in that the delta waves of the brain are biochemical sensors  and they are responsible for scanning the necessity of light and color to get a healthy state... The memory and the perception of the color is all that it is necessary to know the cellular state of all the organs and organic functions when recovering the color of a picture or of a movie that you will be shown during 15 seconds, it is necessary to make this test several times. In less than half hour, the software gives you a exhaustive diagnosis of the whole organism, what is in chronic state, what is genetic deformation, what is in acute state and what the organism is compensating in the present moment, likewise what is in a cellular deterioration and it is necessary to assist immediately.  Also through the computer delivers therapy of light and color blinking to the speed delta brainwaves that affects the brain, pituitary gland, the nervous system, and to the organ or function specific that the treatment is directed. Likewise it  gives a psychological analysis and attitudes that hinder or stimulate health.... CAN WE NEED SOMETHING MORE???? ?   ISTHIS THE THERAPY OF THE FUTURE???? In a software for the somatic and psychosomatic,  therapy uniting psychic state to the physical state. IS THIS WHAT WE ALL WERE WAITING TO KNOW AND TO HELP IN THE COMPLICATED PSYCOSOMATIC STATES OF HUMAN BEINGS???

 

This revolutionary software is already been used  in hospitals in Russia, because it eliminates  lots of x-rays and costly analysis.   It should be that they have already discovered the light wavelenght from  all the neurotransmitters, enzymes and hormones and they can help to activate it with light and color with the screen of the computer. The results are more than 90% of improvement in the treatment and more than 80% in the diagnosis, carried out under strict Russian government's representatives' supervision in the research.  This is an impressive figure and if it was real, we would have a valuable tool for the vibracional and complementary therapies,  and for preventive medicine... They are already introducing it into the schools, besides using it in more than 200 Russian hospitals and to help the sportsmen.  Contact  www.montague-diagnostics.co.uk   EMAIL: graham.ewing@...  mention you come via  Marysol Gonzalez Sterling, from  Biosonic software and forums

 

http://www.montague-diagnostics.co.uk/files/VirtualScanner/VirtualScanner.html

At this moment it shows the old software, graphics in the new software are more visual and the test is done with a film instead of a photograph.

 

We suppose that in a next future we  will also be been able to make the analyses via Internet.

 

In the month of April it will present in an international Conference in England next to the Quantum, QXQ, Scenar and other revolutionary hardware/software designed by engineers of the NASA and astrophysicists to help in the health of astronauts at distance..  We will know the results of this software in front of these monsters of the virtual medicine of the future.  The only difference is that we do not have to buy an expensive equipment for, this technology, so it is better in our  economical possibilities, and the treatment doesn't also consist of any electrode, neither of electric radiations, but simply of light and color in front of  an inoffensive screen of a computer, more inoffensive if it is of a laptop or flat screen of liquid crystal.

http://www.wddty.co.uk/conference_info.asp#Techno

 

VIRTUAL SCANNING: The Reporting of Results

The results obtained by Virtual Scanning are expressed in the following terms:

1. As the developed Pathological process (the red signal) and as the Compensated/inherited process (the blue signal).

It is therefore possible to detect a developing pathological process at the pre-symptomatic stage ie at the stage when the patient is starting to suffer from the condition yet before the condition can be detected by traditional biochemical methods of detection.

It is also possible to determine whether the processes are continuing to develop and progressing beyond the body/person’s ability to compensate (ie immune system response) for the developing condition OR whether the condition is actually being managed by the body/person’s system.

2. As an irreversible or reversible condition

Virtual Scanning reports include various markers or indicators which illustrate whether the person is suffering from an acute or chronic condition or whether the condition has progressed to an irreversible stage of development.

3. Each set of Results is reported according to their impact upon the Controlling Systems of the body e.g.

That sustains optimal cell content of blood

Organs and Functional Systems monitored:

Brain Pituitary gland Thyroid Gland Adrenal Glands

Blood and Peripheral blood vessels Spleen Skeletal & Muscular system

Description:

• Cell content of blood is an irregular characteristic.
• Change in number of erythrocytes affects metabolism quicker than anything else.
• Role of leukocytes becomes very important during inflammatory processes and in immune processes.
• Trombocytes play substantial role in early processes of blood clotting. Forming elements that, together with plasma, constitute a special type of tissue/blood/function in close interaction based upon the principle of multi-link regulation.

That provides optimal volume of circulating blood

Organs and Functional Systems monitored:

Brain Pituitary gland Adrenal Glands Blood and Peripheral Blood Vessels

Thyroid Gland Heart Kidneys

Description:

• human body contains 6-8% by weight of blood (4-6 litres).
• The quantity of blood in the organism is a quite stable and precisely regulated characteristic.
• The higher the metabolic rate the higher the organism’s requirement for oxygen and the greater the volume of blood.
• Normally, not all blood circulates through vessels continuously - part of it is retained within reserves in the liver (circa 20%), spleen(circa 16%), skin (circa 10%).
• The volume of blood is closely connected to the level of blood pressure and the level of the osmotic pressure in the organism

That sustains optimal pH level

Organs and Functional Systems monitored:

Brain Pituitary gland Adrenal Glands Liver Skin Stomach Small Intestine Kidneys

Thyroid Gland Pancreas Blood and Peripheral Blood Vessels Lungs and Bronchi Duodenum Large Intestine

Description:

• Most important part in chemical characteristics of internal environment/medium of the body belongs to basic acidic condition of the blood.
• Activeness of ferments/enzymes, intensity of reducing-oxidising reactions, processes of breaking and synthesis of proteins, oxidising of carbohydrates and lipids, sensitivity of cell receptors to mediators and hormones, ability to penetrate membranes, chemical characteristics of colloid systems of cells and inter-cellular structures depend upon the relation of concentration of hydrogen and hydroxyl ions in blood.

That Determines the Optimal Level of Osmotic Pressure in the Body

Organs and Functional Systems monitored:

Brain Pituitary gland Adrenal Glands Spleen Lungs and Bronchi Oesophagus Stomach Kidneys

Thyroid Gland Blood and Peripheral Blood Vessels Skin Duodenum Small Intestine Large Intestine

Description:

• Osmotic pressure has one of the leading roles amongst varying characteristics of internal medium.
• Osmotic pressure is one of comparatively rigid constants of the body’s internal medium.
• Ability of the body to keep the osmotic pressure provides the normal flow of metabolic processes in tissues.
• Osmotic pressure always stays on a relatively stable optimal metabolic level which for mammals is 7.3atm.

That sustains optimal quantity of glucose in blood

Organs and Functional Systems monitored:

Brain Pituitary gland Adrenal Glands Liver Blood and peripheral blood vessels

Thyroid Gland Pancreas Small Intestine Kidneys

Description:

• Carbohydrates play a leading role in energy exchange.
• The activity of all organs depends upon the content of the carbohydrates in the blood which is supplied.
• The daily norm of carbohydrates depends upon the physical activity of the organism.
• The average norm is 500 gm/day. The lack of incoming carbohydrates can be substituted by fatty acids.
• Local reserves of carbohydrates are different in different tissues.
• The speed of metabolic processes in organs and their functions are determined by the concentration of glucose in blood.

That sustains optimal level of blood pressure

Organs and Functional Systems monitored:

Brain Pituitary gland Thyroid Gland Blood and Peripheral Blood Vessels

Adrenal Glands Liver Heart Spleen

Description:

• Metabolic processes can take place on the optimal levels only if there is optimal blood pressure in the capillaries of tissues.
• This characteristic is flexible and is the result of constant adjustment of the body to changing conditions of the environment.
• It changes when there is a need of redistribution of liquid, salts, nutrients.
• It is important that this characteristic returns to the starting levels and is supported within certain physiological boundaries.

That sustains optimal breathing levels

Organs and Functional Systems monitored:

Brain Pituitary Gland Thyroid Gland Skin

Adrenal Glands Nose Lungs and Bronchi Heart Blood and Peripheral Blood Vessels Small Intestine Kidneys

Description:

Exchange of gases between the atmosphere and cells is called breathing. Body activity is accompanied by constant consumption of oxygen and production of carbon dioxide in tissues. During inhalation atmospheric air fills up lungs. The blood supplied to lungs saturates with oxygen and surplus carbon dioxide is removed with exhaled air. Refreshment of air in lungs allows the organism to sustain breathing homeostasis – relatively constant gas consumption in blood and tissues on an optimal level. Stabilisation of oxygen – carbon dioxide balance in the body and refill of gas requirement is the main task.

That sustains optimal digestion levels

Organs and Functional Systems monitored:

Brain Pituitary Gland Thyroid Gland Adrenal Glands Liver Gall Bladder

Pancreas Blood and Peripheral Blood Vessels Oesophagus Stomach Duodenum Small Intestine Large Intestine

Description:

• Definition of the normal metabolism when there are no nutrients supplied from the outside.
• Definition of food requirement.
• Processing of food and extraction of substances that are able to be absorbed by the intestinal wall – amino acids, fatty acids, monosugars, etc.
• Supply of nutrients to the blood flow.
• Removal of poisonous and unprocessed substances. As a result, the balance between the supply of nutrients to the blood and their constant use in the organism is sustained.

That sustains optimal body temperature

Organs and Functional Systems monitored:

Brain Pituitary Gland Thyroid Gland

Adrenal Glands Blood and Peripheral Blood Vessels Lungs and Bronchi Skin Kidneys

Description:

• The body constantly uses certain amounts of energy to support processes of life activity.
• Oxidising processes are the most important sources of energy.
• During oxidation, potential energy of cellular substances is transformed into various types of kinetic energy: mechanical, chemical, electrical and heat.
• Temperature of the body is sustained at a constant level independent of the temperature of the environment.
• The temperature of the internal organs is sustained at 36-37C level.
• This temperature is the optimal one for the functioning of most enzymes and influences the speed of fermentation reactions.

That sustains optimal extraction level

Organs and Functional Systems monitored:

Brain Pituitary Gland Thyroid Gland Skin Lungs and Bronchi Small Intestine

Adrenal Glands Blood and Peripheral Blood Vessels Peripheral Nervous System Kidneys Urinary Bladder

Description:

• The main target of this system is sustaining normal balance of electrolytes and extraction from the organism the waste products which are urea, uric acid, creatinine, indican, urabilin, etc.
• Significant increases of concentration of these products is the result of various disorders in the processes of life activity.
• Actually any physiologically active substance which increases within the tissues could become harmful and normal life activity could be restored only after extraction of the excesses of these substances.

That sustains optimal sexual functions

Organs and Functional Systems monitored:

Brain Pituitary Gland Thyroid Gland Adrenal Glands Blood and Peripheral Blood Vessels

Ovaries Testicles Womb and Appendages Prostate Gland Penis Mammary Glands

Description:

• Sexual functions include - ripening and differentiation of sexual cells, formation of sexual motivation, sexual behaviour, process of conception, raising children; with women this also includes pregnancy, delivery and lactation.

That sustains optimal position of body in the environment

Organs and Functional Systems monitored:

Brain Spinal Cord Peripheral Nervous System Pituitary Gland Thyroid Gland

Adrenal Glands Blood and Peripheral Blood Vessels Skeletal and Muscular System

Description:

• Life is accompanied by constant change of different forms of movement.
• Movements carry a number of active functions: locomotion (e.g. walking, running, swimming), manipulation (activity with subjects), and communication (writing, speech, gesticulation, mimicry).

That sustains optimal sleeping pattern

Organs and Functional Systems monitored:

Brain Pituitary Gland Spinal Chord

Peripheral Nervous System Ear and Nose

Description:

• Sleeping is the second (after being awake) state of active life.
• Accounting for the information which is absorbed during the day; preparation of the controlling programme for the next day; check-up of the condition of organs and tissues; correction of controlling signals.

4. Each set of results is reported according to their impact upon specific Organs and Functional Systems e.g. Organ/Functional System Measured Parameters

BRAIN: Allergic Process Age-related Changes Intoxication Effects Epilepsy Neoplasm Chronic Fatigue Degenerative Process Migraine Functional Changes Abnormalities of Development Encephalitis Vertebral Artery Syndrome Arachnoiditis Encephalopathy Post-stress Effects Impairment of Cerebral Circulation Tissue Growth Consequences of Brain Traumas SPINAL CORD: Mielitis Chronic Fatigue Allergic Process Spinal Arachnoiditis Degenerative Process Neoplasm Impairment of Spinal Circulation Functional Changes Abnormalities of Development Age-related Changes Intoxication Effects Post-stress Effects Tissue Growth PERIPHERAL NERVOUS SYSTEM Allergic Process Neuritis Chronic Fatigue Ganglioradiculitis Polyneuropathy Hereditary Degenerative Process Intoxication Effects Age-related Changes Radiculitis Degenerative Process Neoplasm Functional Changes Abnormalities of Development Post-stress Effects Tissue Growth EAR Intoxication Effects Abnormalities of Development Otogenous Labyrynthitis Degenerative Process Cochlear Neuritis Chronic Otitis Age-related Changes Functional Changes Chronic Fatigue Allergic Process Inflammation of External Ear Inflammation of Middle Ear Neoplasm Post-stress Effects Tissue Growth NOSE Chronic Fatigue Intoxication Effects Degenerative Process Maxillary Sinusitis Age-related Changes Abnormalities of Development Rhinitis Functional Changes Frontitis Neoplasm Post-stress Effects Allergic Process Tissue Growth PITUITARY GLAND Intoxication Effects Allergic Process Age-related Changes Degenerative Process Tissue Growth Functional Changes Abnormalities of Development Neoplasm Chronic Fatigue Post-stress Effects THYROID GLAND Hypoparathyrosis Allergic Process Intoxication Effects Thyroiditis Chronic Fatigue Abnormalities of Development Functional Changes Hypothyrosis Degenerative Process Neoplasm Age-related Changes Tissue Growth Post-stress Effects ADRENAL GLAND Insufficiency of Adrenal Cortex Intoxication Effects Degenerative Process Crohn’s Syndrome Chronic Fatigue Tissue Growth Cushings Syndrome Age-related Changes Functional Changes Abnormalities of Development Allergic Process Neoplasm Post-stress Effects PROSTATE GLAND Functional Changes Chronic Fatigue Age-related Changes Intoxication Effects Degenerative Process Allergic Process Calculous Prostatitis Prostatitis Neoplasm Abnormalities of Development Post-stress Effects Tissue Growth TESTICLES Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects LIVER Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Portal Hypertension Liver Insufficiency Cirrhosis Hepatitis GALL BLADDER Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Cholecystitis Cholelithiasis Cholangitis Dyskinesia of Biliary Ducts & Gall Bladder PANCREAS Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Sclerotic Pancreatitis Pancreatitis Pathology of Islands of Langerhans HEART Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Myocarditis Cardiosclerosis Ischaemic Heart Disease Cardiac Insufficiency Cardiac Myopathy Angina Pectoris Cardiac Infarction Myocardial Dystrophy Impairment of Rhythm and Conduction BLOOD & PERIPHERAL BLOOD VESSELS Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Haemorrhagic Diathesis Anaemia Haemorrhagic Vasculitis Leukopenia Idiopathic Hypotension Hypertonia Phlebitis and Thrombophlebitis

SPLEEN Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Hyposplenism Hypersplenism Splenomegaly LUNGS & BRONCHI Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Chronic Breathing Insufficiency Pleurisy Pneumonia Bronchitis Bronchal Asthma Bronchiectatic Disease SKIN Degenerative Process Abnormalities of Development Neoplasm & Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Urticaria Psoriasis Herpes Erythema Eczema Dermatitis Lichen Planus Neurodermatitis Dermatomyositis OESOPHAGUS Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Diverticulum Neurosis of Oesophagus Oesophagitis STOMACH Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Ulcerative Disease Gastritis DUODENUM Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Dyskinesia Duodenitis Ulcerative Disease SMALL INTESTINE Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Dyskinesia Enteritis Diverticulum LARGE INTESTINE Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Diverticulum Colitis Proctitis Haemorrhoids Sigmoiditis KIDNEYS Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Renal Insufficiency Pyelonephritis Urolithiasis Glomerulonephritis URINARY BLADDER Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Urethral Infections Urinary Bladder Polyposis Urolithiasis Cystitis PENIS Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects UTERUS Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Kraurosis Uterine Myoma Salpingitis Cervical Erosion Endometritis SKELETAL & MUSCULAR SYSTEM Degenerative Process Abnormalities of Development Neoplasm Tissue Growth Intoxication Effects Functional Changes Allergic Process Age-related Changes Chronic Fatigue Post-stress Effects Arthrosis Polyarthritis Arthritis Osteochondrosis Osteoporosis Radiculitis Myositis OVARIES Tissue Growth Chronic Fatigue Ovarian Cyst Neoplasm Functional Changes Degenerative Process Age-related Changes Allergic Process Intoxication Effects Abnormalities of Development Post-stress Effects MAMMARY GLANDS Age-related Changes Tissue Growth Degenerative Process Mammary Gland Cyst Intoxication Effects Chronic Fatigue Abnormalities of Development Mastitis Functional Changes Mastopathy Neoplasm Allergic Process Post-stress Effect

5. The Quantification of Results

• Results are reported as a mathematical expression of the rate of response i.e. as the number of neural responses per unit time.
• Results would be reported on a scale of zero upwards
• Results below 10 units would be considered to be at a level which would be within a normal range or variation.
• Results above 10 units would be considered to be 'of interest'
• Results above 50 units would be considered to be at a level 'which gave concern'