|
STRANNIK
INTERNATIONAL
International
Programme of Colour Theraphy
Introduction
By
present due to expanding experimental and theoretical investigations (P. K.
Anokhin, 1975, 1979; K. V. Sudakov, 1971; V. I. Vedvedev, 1982; N.N.
Vasilevskiy, 1979),
it has been proved that rigid as well as flexible programmes of function
adjustment provide adaptation mechanisms. N.N. Vasilevskiy (1984) emphasizes
that adaptation mechanisms should be considered all-round controlling systems
provided with rigid and flexible programmes as well as tracking systems which
seem to elaborate initiating signals and withdraw from the memory an
appropriate succession of controlling signals and programmes included in the
flexible regulation component.
Numerous
experimental data (P. D. Gorizontov, 1973; V. I. Vedvedev, 1982; I. A. Sapov,
V. S. Novikov, 1984; N.N. Vasilevskiy, 1984) show that it is a disruption of
the regulating role of the central nervous system and hormonal system that can
cause a reduction of protective mechanisms and a pathology development.

Research
carried out by N.H. Bekhtereva (1974, 1980) who posed recepts about a steady
pathology state under brain-lesions, were very important for understanding
neuro-pathological processes and features of their proceeding. Under these
conditions there appears not only completion of affected structures but also
formation of new intracentral relations to be fixed in a corresponding matrix
of long-term memory which gives this new (pathological) process stability and
resistance.
Basing
on these ideas G. N. Kryzhanovskiy (1980, 1984) developed a concept of a
pathological functional system (FS) as one of the most common mechanisms
underlying numerous central nervous system pathology forms.
Unlike
physiological FSs described in detail by P. K. Anokhin, the pathological
functional system (PFS) is such a build-up of nervous formations, which
activity result has a disadaptive sinificance. This distinction is expressed
in an activity of the pathological FS that doesn’t correspond to neither a
reacting stimulator nor situation changes, neither an incentive cause of a
human or animal behaviour nor the organism needs. Moreover,
a result of the PFS activity may mean a direct pathogenic factor causing
further development or initiation of the given or a new pathologic process.
PFS as well as physiological FSs cause inhibition of other systems that have
interfering relations with it. This effect has a significant pathogenetic
importance, for it is connected with disintegration of the nervous system
activity under pathology conditions and supression of indemnification and
convalescence mechanisms.
Among
physiological FSs a special place is taken by the general nonspecific
inhibition and relaxation functional system of urgent adaptation and
protection (IRFSUAP) of the organism against extreme influences of physical,
hypoxial, pyrexial and other stresses which result in homeostasis
infringements. The latter result in a distortion of oxygenium and carbon
dioxide ratio in the organism.
The
activity of the IRFSUAP is the following one. Against the background of
hypoxia and homeostasis infringements there is an activization of relaxing
processes, an excitability downstroke, a nervous process balance normalization
and improvement of regulation functions of the central nervous system.On the
periphery it results in an essential (sometimes up to 70 %) simultaneous
increase of an arbitrary release phenomenon rate in all skeletal muscles. The
IRFSUAP activization against the background of considerable physical stresses,
for example, is accompanied by a psycho-emotional intensity cupping and a
muscle hypertone, considerable improvement of movement regulation and
coordination, rise of the effectiveness of the central nervous system,
neuromuscular, cardiovascular, respiratory, neoro-endocrine and other systems,
improvement of muscular blood supply and muscular activity energy supply,
speeding-up of reduction processes and resynthesis of energy resources, and
finally leads to homeostasis normalization and an effect of extra rise of
physical efficiency or the "second wind" effect" .
Founder
: Dr. Grakov Igor, Russia
Coordinators
: Dr. Gashinsky Vladimir, Russia
Rev.
Dr. Shanti P. Jayasekara, Russi
Chief
Doctor. Dr. Bicun Anton, Russia
a
International
Coordinators :
Dr.
Richard Hoyer, USA
Rev.
Dr. Chief Swift Eagle, USA
Dr.
Michael Corston, USA
Dr.
Stefan Barnhart, USA
International
Representatives:
Belgium
-
DCT.EEREBOUT. JIMMY,
64 chemin des chapelles, 4500 HUY , Belgium
Tel: +32.25.05.70 fax :
+32.25.05.71, E-mail :
psycho-energetic.int@skypro.be
Web
: http://www.strannik.eu.com
France
- DCT.EEREBOUT. JIMMY,
LIEUDIT Sous L' EGLIS, 73.350 . FEISSONS SUR SALINS, FRANCE
Tel
+33.4.79.24.66.15, E-mail : jimmy.eerebout@wanadoo.fr
Austria
:
Mr. Mayer Manfred
Jakob, Friedrich-Woehler-Str.1,
A-5280 Braunau
Austria
Germany
: Mr. Mayer Manfred
Jakob,
Switzerland
- DCT.EEREBOUT. JIMMY
Sri
Lanka - Mr.
Sisira
Kumara Jayasekara
UAE
- Dubai - Mr.
Zuhair Salih, Tel. 0776712104
USA
- Dr. Julian B. Metter
USA -
Dr. Nasser Heydarian,
CA USA
India
- Dr. Krishna Muraly
Pakistan
- Dr. Abid Hussain
Greece
: Prof. Panos
Axiomakaros DDipl.-Ing., MA
New
Zealand and Australia: Dr. Grae
Glieu , graeglieu@yahoo.com
Libiya
: Dr. Ammar Zawali, Libya-Gharian City –alporg, Tel. 00218-41-630850
Slovensky
: Dr.Juraj Sitar, JASPIS Poľný Kesov 208, 951 15 pošta Mojmírovce
, Tel +421 903 725-876
“Strannik”
system
The
“Strannik” system based of the original technology of the virtual scanning
enables to exercise an effective overall diagnostics, treatment and
prophylaxis of various functional disorders and diseases of any organs and
systems at the expense of normalization of governing and regulating functions
of the brain (I.G. Grakov and others, 2000).
It lacks weaknesses of the majority of methods used in medicine and physiology
that are able to estimate the structure and functions of individual organs,
tissues and systems, but do not give information on regulation aspects of the
operation of the studied object and its interrelations with other organs and
systems.
The
virtual reality technology provides an opportunity to study all organization
levels of the entire organism – from high regulation systems to metabolic
processes on the cell level.
The
basic methodological principle of the virtual scanning is the principle of
adequacy of the reflection of the outer world and the inner environment by the
brain functions.
Any signal entering the brain has its own characteristics (energy, frequency,
spatio-temporal).
On the basis of the signal a certain image or matrix possessing corresponding characteristics
is formed. A set of matrixes makes up the so-called “body scheme” i.e. a
biomathematical model of the organism. The brain brings the current body
scheme into accord with the etalon one at the expense of its basic functions
(perception, imagination, associative thinking, memory, motivation,
decision-making and others) that promote homeostasis preservation and
efficient operation of all the functional systems, organs and tissues. Under
various unfavorable factors and extreme influences, esp. against the
background of high excitability or weakness of the central nervous system
inhibition, the so-called control errors, i.e. temporal or steady disorders in
the operation of high regulation systems may arise. For instance, a
consequence of such disorders in the system of movement regulation resulting
in discoordination of antagonist muscle functioning, is movement injuries of
athletes or ballet-dancers.
Under
long-term influence of unfavourable factors the brain generates a distorted
directive signal that fails to match the “body scheme”; as a result, a
pathologic center that later develops into a disease is formed in some system,
organ or tissue. In turn, under the influence of esodic signals from injury
centers in corresponding brain zones pathological excitation centers emerge
and a pathological functional system is formed.
Thus a vicious circle to turn an acute disease into a chronic one develops.
Longstanding
scientific studies and practical results show that the virtual scanner
can reveal not only existing but also very early symptoms of control and
regulation disorders in the brain functions, faults in operation of functional
systems, organs and tissues, i.e. the scanner can perform a quick (20 - 30
minute) and precise diagnostics of pre-pathological conditions on the
pre-clinical level when the human is unaware of the symptoms of any disease.
In
the table below we cite the data of the Syktyvkar Medical Centre,
Medico-Sanitary Unit of Moscow (N.P. Skvortsova and others, 1999),
“Metallurg” Sanatorium (V.P. Yerkhov and others, 2001), the Orenburg
oblast hospital and others to show the studies of estimating accuracy and
efficiency of the diagnostics by the “Strannik” system.
To estimate the correlation between the revealed pathology and clinical
diagnostics laboratory, biochemical, cardiological, functional, radiological
and supersonic studies were carried out.
Table.
1.
Comparative analysis of the “Strannik” diagnostics efficiency.
|
№
|
Diagnosis
|
Number
|
Confirmed
|
Efficiency
|
|
1
|
Neurocirculatory
dystonia
|
14
|
10
|
71.4
|
|
2
|
Encephalopathies
|
4
|
4
|
100,0%
|
|
3
|
Cerebrovascular
disease
|
28
|
22
|
78,6%
|
|
4
|
Acute
bronchitis
|
12
|
10
|
83,3%
|
|
5
|
Chronic
bronchitis
|
11
|
9
|
81,8%
|
|
5
|
Chronic
bronchitis
|
11
|
9
|
81,8%
|
|
6
|
Acute
rhinitis
|
16
|
13
|
81,5%
|
|
7
|
Angina
|
13
|
11
|
84,6%
|
|
8
|
Chronic
otitis
|
3
|
3
|
100.0%
|
|
9
|
Deforming
osteoarthritis
|
6
|
5
|
83,3%
|
|
10
|
Vertebral
osteochondrosis
|
34
|
30
|
88,2%
|
|
11
|
Intercostal
neuralgia
|
11
|
8
|
72,7%
|
|
12
|
Neuritises,
polyneuropathies
|
11
|
9
|
81,8%
|
|
13
|
Ischemic
heart disease
|
9
|
7
|
77,8%
|
|
14
|
Hypertonia
|
33
|
27
|
81,8%
|
|
15
|
Chronic
pyelonephritis
|
6
|
5
|
83,3%
|
|
16
|
Urolithiasis
|
11
|
9
|
81,8%
|
|
17
|
Chronic
gastritis
|
29
|
24
|
82.8%
|
|
18
|
Ulcerous
duodenum disease
|
22
|
19
|
86,4%
|
|
19
|
Chronic
pancreatitis
|
16
|
12
|
75,0%
|
|
20
|
Chronic
hepatitis
|
5
|
4
|
80,0%
|
|
21
|
Chronic
cholecystitis
|
46
|
39
|
84,8%
|
|
22
|
Gallstone
disease
|
13
|
10
|
76,9%
|
|
23
|
Diabetes
mellitus
|
17
|
15
|
88,2%
|
|
|
Total:
|
370
|
305
|
82,4%
|
On
the grounds of the obtained data the authors conclude that the “Strannik”
system is more informative and sensitive for discovering diseases, esp.
pre-pathological conditions than the current clinical diagnosis methods. In
this case hyper-diagnostics or excessive diagnostics might be meant. Moreover
these conclusions are verified by the data obtained by other researchers who
give a great number of examples when clinical methods confirmed the diagnosis
first set by “Strannik” in several weeks or months.
It
means that the virtual scanner does diagnose pre-pathological conditions and
diseases on the earliest pre-clinical stage when there are some minor
disorders of control and regulation functions undetectable by current clinical
methods.
The
system of correction of functional disorders and treatment of various diseases
by “Strannik” is based on fundamentally new approaches. The main
methodological principle of the virtual scanning, as it has been mentioned, is
based on the principle of adequacy of the reflection of the outer world and
the inner environment by the brain functions.
The brain makes up two groups of matrixes or images: the images to describe
and specify the outer world,i.e. the outward things and the images of the inner world, i.e. of the human organism
itself. The interaction between these two groups of matrixes is provided by
the brain functions that are able to detect the relations between the matrixes
and find out the ones that coincide in their characteristics most to meet the
requirements of the situation.
Diagnostic
During
the diagnosing the “Strannik” comples analyses the results of the test the
patient does on the computer simulator. The test is the following one. For a
few seconds the CRT screen shows the patient a coloured image (or picture) to
memorize.
Then the colour spectrum breaks and the patients has to reconstruct it.
Usually the patient is presented 3 to 5 images. The rate and quality of the
image reproduction help to estimate main functions of the brain and build up a
biomathematical model of the patient that is identical to the body scheme
drawn by the brain.
On
the computer the virtual scanner reproduces sets of matrixes typical of the
examined patient –this is what is called a personal biological modeling. The
basis of the virtual technology is estimation, juxtaposition of matrixes (just
the way the brain does) and translation of the obtained data into generally
accepted medical terms.
As
a resalts we know:
1.
Stable individual features
Filter
1
lack of knowledge
sadness
immoderation
lust
injustice (unfairness)
avidity
falsity
envy
cunning
anger
hastiness
insidiousness
Filter
2
joy
abstention
patience
righteousness
community, common
truth
well-being
creative beginning
labour
inventiveness,
resourcefulness
2.
Qualities of successfulness
intention (prayer)
desire
will
confidence
knowledge
imagination
implementation of intention
(Providence)
definition of order
(destiny)
ability to act in
compliance with definite order (necessity)
memory
experience
control of implementation
of intention
ability to achieve real
result
3.Degree
of exertion of emotions during getting, initial or distant analysis of
information
4.
Degree of effort (exertion) of different systems
Systems:
optimum blood composition
optimum volume of
circulating blood
optimum level of
acid-alkaline balance
optimum level of osmotic
pressure
optimum level of glucose in
blood
optimum level of blood
pressure
optimum value of
respiratory tracts
optimum index of digestion
optimum temperature of a
body
optimum level of excreta
optimum sexual functions
optimum location of body in
space
optimum
regimen of sleep
4.
Pathological processes in all organs
fore
example: thyroid gland
development anomalies
degenerative process
hyperthyroidism
chronic fatigue
poststress symptoms
commissure process
hyporthyroidism
allergic process
intoxication symptoms
thyrotoxicosis
age changes
hypoparathyrosis
tumors
functional changes
Correction
In
the process of medical treatment the virtual scanning technology enables to
correct the signals and the brain functions respectively bringing them into
the evolution norm.
The correction is made by means of a purposeful formation and screen
presentation of individually determined colour sets in delta-rhythm range that
appear in changing color gradations and entering the central nervous system
through the optical analyzer.
Thus,
by means of the virtual reality technology it is possible to reproduce the
required characteristics of certain matrixes and the brain is able to adjust
to these characteristics and restore its control functions.
As
a result there appears a unique opportunity of natural, non-medicamentous
influencing the original cause of pathological processes and medical treatment
of diseases caused by disorders in functioning of the high regulation systems.
Indications
Virtual scan and treatment system "WANDERER" is recommended in case
of following problems:
Hypertonic disease
Vegeto-vascular
dystonia
Neurosis
Depression
Reduction of work capacity
Chronic weariness
Chronic insomnia
Reduction of organism resistivity at tumors
Reduction of organism resistivity after beam striking
Rehabilitation after insult
Buds diseases
Light and bronchis diseases
Heart diseases
Blood and peripheral vessels diseases
Gullet diseases
Duodinal gut diseases
Adrenal gland diseases
Thyroid gland diseases
Gonads diseases
Milk ferric diseases
Supporting-impellent system diseases
Small intestine diseases
Prostate gland diseases
Large intestine diseases
Ear diseases
Periphery nervous system diseases
Throat diseases
Liver diseases
Stomach diseases
Spinal cord diseases
Skin diseases
Nose diseases
Cerebrum diseases
Womb and apurtenances diseases
Pancreas diseases
Spleen diseases
Urinary bladder diseases
Breach of menstrual cycle
Breach of water-electrolyte exchange
Breaking of protein exchange
Breaking of fat exchange
Allergy
Impotence
Male and feminine sterility
Snore
Contraindications
1.Pregnancy
in its different terms (contrindications for treatment, not for diagnostic).
2.Situations, when patient isn't able to perceive reality adequately.
3.Children younger than six years.
Before the diagnostics we don't recommend to take:
Alcohol
Tranquillizers
Other substances, that slower thinking.
THE
ORDER OF CONDUCTING A PROCESS OF DIAGNOSTICS AND TREATMENT ON THE VIRTUAL
SCANNER.
Practically
the whole process of diagnostics and treatment is presented by the following
stages:
1. Interviewing the patient, filling in a card
2. The patient works with the system of standarts.
For 15 seconds the patient has to remember them, after that the color palette
of the picture changes, and will become available keys(colours),
by means of which it is necessary to return a color gamut of the picture as
close to the original as possible.
These keys are situated as 2 horizontal line
at the foot of the screen with
the instruction to add or decrease colour.
After patient decides, that he or she has obtained a desired result, it is
necessary to press the key "OK"
During the process of restoring the colours program reproduces a condition of
functions of brain: perceptions, imaginations, assotiative thinking and
memory.
3. Strictly building by the program personal biological model.
4. Evaluation of relations of received matrixes. Building of outputs about
patient brain functions condition (perception, imagination, assotiative
thinking, memory, decision making), determination of the dominating function.
Building of outputs about the condition of internal organs (from standpoints
of relation between this organ and the cerebrum and other main organs;
Presence of pathological process and its features;
Presence of transitional conditions, preceding disease.
Building of outputs on the condition of organism, as a holistic system.
5. Showing the results on the computer screen.
Today it is proved that diseases, aging and many other discomfort conditions
appear as a result of breaches of information transmission to organs and
cellules.
"Wanderer" lets restore the process of information exchange in the
organism.
Procedure of diagnostics on the virtual scanner always ends with a
determination of patient treatment strategy.
The information correction works in this way:
1. The area (organ, system),where correction is necessary, and features,that
are subject to correction are defined;
2. Compute the tactics (time, dose, session, fraction) of influences;
3. The signal of corresponding features forms;
4. Healing signals are given on the sensor patient's systems (vision) through
the monitor .
One session of treatment takes from 10 to 50 minutes.
Course consists from 10 to 20 sessions.
The amount of courses is defined individually.
Treatment is released to each organ ( the whole 33 organs), or by following
blocks:
Support of optimum cellular composition of blood
Optimum PH level Support
Supporting of optimum glucoses amount in the blood
Optimum value of respiratory factors support
Optimum body temperature support
Optimum sexuals functions support
Optimum sleep mode support
Block on program "Biological aging"
Block of each organ therapy
Provision the optimum amount of circulating blood
Supporting of optimum level of osmotic pressure
Supporting of optimum level of blood pressure
Supporting of optimum factors of digestion
Supporting of optimum level of secretion
Supporting of optimum locomotion, communications, manipulations
Restoring a natural body mass
Restoring a natural potence
Wave therapy block
Conclusion
The
use of Strannik in educational establishments proved to be efficient.
The introduction of the system into medical and sanitary establishments
improves the quality of medical aid at the expense of complex and system
examination and treatment, decreases the time of the data processing and also
gives an opportunity of screening examination, effective overall data analysis
at the stages of diagnosis and treatment. Over 100 of psychosomatic nosologic
units of diseases can be treated by the “Strannik” system.
Some articles mention good results of female disorders treatment. Some cases
of getting over drug addition, healing some skin diseases (psoriasis, eczemas,
neurodermite) have been recorded. These diseases are practically incurable by
traditional means.
Lots of materials confirm that the information correction gives more efficient
and quick result then traditional technologies. Their combination gives a
special effect.
It’s worth mentioning that despite the cause of the information correction,
all the patients noticed general improvement of health, sleep normalization,
good appetite, improvement of mental and physical efficiency and absence of
the “chronic tiredness” syndrome.
From the information stated above high efficiency and convenience of The
“Strannik” system for a wide use in the public health service is evident.
Taking into consideration a minimum of expenses on the complex diagnosis
(10-15 minutes), treatment and information correction (15-20 minutes for each
session), and the main aim of the information correction - of normalization of
the brain control and regulation functions - the “Strannik” system is
expected to find wide-spread application in the spheres connected with hard
work and advanced needs of regulation and coordination systems (army, police,
sport, choreography, ballet and others).
For
more information and technology support please contact us at:
E-mail:
info@iufs.edu
or info@mufo.ru
Tel.
7-812-279-9422, 974-3246
Address:
St.Petersburg, Komsomola St., House 2
COLOUR THERAPHY
- TECHNOLOGY OF STRANNIK
List of accredited
doctors of Colour Theraphy Technology of Strannik
Miroshnik Elena
Vladimirovna (Diploma No. 050654)
Agarina Tatiana
Vladimirovna (Diploma No. 011157)
Inyachin Alexander
Ivanovich (Diploma No. 101056)
Gau Valentina
Petrovna (Diploma No. 130551)
Dikunov Valery
Victorovich (Diploma No. 131159)
Plotnikova
Irina Victorovna (Diploma No. 200263)
Derkunskaya
Raisa Dmitievna ( Diploma No. 200137)
Mostitskaya
Raisa Mihailovna (Diploma No. 200143)
Tereshkin Vladimir
Semenovich ( Diploma No. 271249)
Bukreeva Nataliya
Yureivna (Diploma No. 200166)
Kim Sergei
(Diploma No. 190366)
Konoplin Vladimir
Nikolaevich ( Diploma No. 040154)
Kalashnikov
Vyacheslav Ivanovich ( Diploma No. 230153)
Nikitin Dmitriy
Nikolaevich (Diploma No. 230174)
Melnikova Irina
Mihailovna (Diploma No. 230458)
Ivanov Igor
Olegovich (Diploma No. 130474)
Ivanova Inna
Vladimorovna ( Diploma No. 030267)
Solkin Sergei
Petrovich ( Diploma No. 220651)
Kiryanova Tatiana
Gennadievna ( Diploma No. 280463)
Belousov Kirill
Anatolievich (Diploma No. 311273)
Grigoreev Evgenie
Vladimirovich (Diploma No. 060466)
Grigoreeva
Olga Anatoleevna (Diploma No. 050868)
Abramova Ludmila
Ivanovna (Diploma No. 033267)
Kubishkina
Svetlana Konstantinovna (Diploma No. 090840)
Tunyaeva Tatiana
Yurevna (Diploma No. 041954)
Murashova Ludmila
Fedorovna (Diploma No. 151957)
Novitskaya
Tatiana Vasilievna (Diploma No. 033268)
Israil
Smoliansky ( Diploma No. 050147)
Sidelnikova
Ludmila Victorovna (Diploma No. 230841)
Egorov Vladimir
Leonidovich (Diploma No. 280760)
Rikov Boris Borosovich
(Diploma No. 200769)
Plastinina Vera
Alexandrovna (Diploma No.160866 )
Simonenko Veronika
Valentinovna (Diploma No. )
Voronova
Galena Konstantinovna – (Diploma.No. 010241)
Kutsenko
Valery Nikolaevich – (Diploma.No. 091057)
Kozlov Evgeny Valentinovich – (Diploma. No. 280273)
Dogaev
Vladimir Sergeevich ( Diploma. No. 100947)
Gurvich
Serafima (Diploma No. 180653)
Filippov
Valentin Alexandrovich ( Diploma No. 240151)
Ammar
Ramadan Zawali ( Diploma No. 066465)
Juraj
Sitar, Slovakia (Diploma No. 240668)
Hushmatov
Sergei Usmanovich ( Diplom No. 210660)
Kolemaskina
Olga Vladimirovna ( Diploma No. 050182)
Other
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is Member of the UNA USA , WFUNA, and UINCEF.

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Security Organization
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Organization - USA (Member
of the United Nations Association)
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