Rofes manual de utilizare

7/30/2019 Rofes manual de utilizare

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ALTAIM URAL RESEARCH AND PRODUCTION ENTERPRISE

INSTRUCTIONS ON WORKING WITH THE SOFTWAREVersion 3.09 for

THE SET OF HARDWARE AND SORFTWARE GALVANOPUNCTURE DIAGNOSTICS OF

BODYS FUNCTIONAL STATE

ROFES

(Recorder of function and emotional state assessment)

Ekaterinburg 2004


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Position, profession:

Task author,

Working out instructions:

Kornioukhine Alexey Ivanovich Director of USPE AltaimMathematician

Software developers:

Rychkov Grigory Alexandrovich Head of programming departmentUSPE AltaimIngeneur-programmer

Baranov Alexandr Nikolayevich Ingeneur-programmer

Khanafiyev Sergey Valeryevich Ingeneur-programmer

ROFES software has been worked out in the line of conversion programs by the graduates of

High Military Ingeneering Colleges and Academies, specialising in multiple-factor processes

control automated systems.

Authors

URPE Altaim

2004

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Contents

Working with ROFES software (Version 3.09)

1;2;3 Introduction4. Working with patients

4.1. Initial medical consultation5. Working with [PATIENTS LIST] form5.1. Repeated medical consultation

6. Working with the [Select mode] window6.1. Modules description

7. Module cabinet AWP ROFES [Corporeal method] and[Su Jouk method]

7.1. Bookmark [Measurements]7.2. Measurement results analysis

7.2.1. Automated Expert system of diagnostics results assessment7.2.2. Integral assessments of adaptability

7.2.3. Special level of measurements results analysis7.2.4. SPECTRUM ANALYSIS of meridional system measuring results7.2.5. Color scale of meridians state which characterises the deviation extent of

every meridian from normal7.3. Review of patients meridian system changes in dynamics (monitoring) and

assessment of rehabilitation treatment efficiency for the patient7.3.1. Sub-bookmark [All measurements in comparative aspect]7.3.2. Sub-bookmark [Assessing rehabilitation treatment efficiency]

7.4. Treatment scheme with therapy results control through biological feedbackaccording to diagnostics results

7.4.1. Working in Algorithm 1 mode7.4.2. Working in Algorithm 2 mode7.4.3.Mode Treatment frequencies transfer to homoeopathic sources according

to nosologies8. MODE REMEDIES SELECTION9. MODULE CABINET AWP VERTEBROLOGY

9.1 Window Mode: measurements Vertebrology, bookmark [MeasurementsVertebrology]

9.2 Bookmark [Comparative aspect Vertebrology]10. Express-diagnostics and correction AWP

11. COLOUR THERAPY MODE

12. MODULE - CABINET PHOTOMATERIALS13. MODULE ELECTRON CONNECTION TELEMEDICINE14. Complex analysis of examinations15. Bio field diagnostics (aura-diagnostics). Human organism structures three-dimensionalmatrix design.16. WORKING WITH PATIENTS GROUP CHARACTERISTICS (scientific and statisticprocessing of results according to group characteristics conditions)17. Messages about errors and methods to remove them

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Working under Version 3.09

Introduction

1. To start ROFES you click twice the yellow icon ROFES.

2. Enter [User name] and [Password] in the system windowFor all the users user name Ivanov (or ) and password 123 are the same.

Fig.1 Access authorisation (enter

user name and password)

There is a unique user name and password for administrator:

User name: ARM

Password: SYSTEMARM

NB!!! Make sure that you use BIG LETTERS only!!!

The administrator has an authority to delete or award with the ROFES access levels to the system users in

the additional [System parameters] bookmark.

NB!!! Make sure that only you have access to this information!!!

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3. After you click [Continue], the window appears. Click this window and you enter ROFES

main window with major buttons [PATIENTS LIST], [REGISTRY] [ Data Import]

[Exit] etc.

Fig.2 ROFES main window

Keys:

The [EXPERT (diagram analysis)] key starts the mode of statistic processing of

patients diagrams according to group (the Afghans, Duodenal ulcer etc.)

(Russian) The [REFERENCE SYSTEM] key starts:

- reference system on reflexodiagnostics (systematised information about meridional

systems structure, trouble symptomatology, etc.)

- systematised information about cosmetology remedies, phytomedications,

biological addings and cleansing methods.

The algorithm of working with [REFERENCE SYSTEM] is described more detailed in

[INSTRUCTION] section.

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The [System parameters] key opens the window where you may select necessary

options and parameters. After the ROFES installation all options are set ready to

operate.

[Data Export] allows to transfer data to distant ROFES devices (with floppy disks, by

E-mail or Internet)

[Data Import] provides receiving data from distant ROFES devices and loading old

database after reinstallation.

[Pack database] is used to structure the database. It is necessary to start this option

not less than once a week or after a large number of measurements made in a short

period of time.

[DATABASE RESTORE]. If the program hangs-up and do not work (giving messages

beginning with BLOB has been ., Could not find record; key violation), press

this key. The program will be self-restored and then exit. Reload your computer and

start the program again.

[Apply access code] is used for entering the access code received from the ALTAIM

enterprise for your registration number RV30-. that appears after you install the

ROFES software.

4. Working with patients

4.1. Initial medical consultation

Working with the [REGISTRY] window

To fill a blank card for a new patient click New patient key and enter patients passport

details.

Here you can also:

- Open [Group characteristics] bookmark and enter data into classifiers and assign a

certain characteristic to a patient so that he could belong to a social group (the Afghan ,

the Chechen the Chernobyl etc.). You can enter Characteristics 1, 2, 3, 4, diagnoses

and states into classifiers

- Enter ones anamnesis in the bookmark [Anamnesis]

- Enter any additional information about the patient in the bookmark [Additional

information].

In the [REGISTRY] form you can work with the passport details classifiers, i.e. you may

select patients by special passport details as well as above mentioned characteristics in

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order to join the patients from the database into groups for the research work and its

further statistic proceeding. For that, open the bookmark [Select patients for report].

Fig.3 The [REGISTRY] window

In the window [REGISTRY] you may add patients photos. The photos are through

scanner or other ways of picture transfer.

5. Working with the [PATIENTS LIST] window

5.1. Repeated medical consultation

If a patient visits you repeatedly, i.e. there is information about him in the registry (personal

medical record), to press the [PATIENTS LIST] key in the main window (fig.2).

To find the information about the patient, enter his surname in the search line and press

Search.

After the surname is found, you may press [REGISTRY] and look through patients details

mentioned in working with [REGISTRY] window.

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Fig.4 The [PATIENTS LIST] window

You may also select patients by the date of visit. Click Select by date of visit and enter

the date you search for.

To carry out diagnostic measurement, click [Diagnostics]

Window [Select mode] appears.

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6. Working with the [Select mode] window

Fig.5 The [Select mode] window tree of modes

In the centre of this window there is a treeof modules: various diagnostic methods,

therapy and other functional features of AWP ROFES system.

6.1. Modules description

The tree consists of the following functional modules:

- Patients anamnesis where you can add and change information about the patient

(without opportunity to classify)

- Module-cabinet SCREENING DIAGNOSTICS includes the following diagnostic

methods:

- Main methods (methods that include Expert System analysis)

AWP ROFES galvano-puncture diagnostics by corporeal meridians

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AWP Su- Jouk galvano-puncture diagnostics by Su-Jouk method

AWP Vertebrology galvano-puncture diagnostics by Vertebrology

- Additional methods (methods that do not include Expert System analysis)

Chacra-diagnostics by Su Jouk the galvano-puncture diagnostics with

the energy centres (chacras) in the correspondence system with graphic

display of energy centres state.

AWP Express diagnostics and correction condensed version of AWP

CORPOREAL METHOD is aimed at the patients state express analysis at

the moment of rehabilitative remedies.

Biofield diagnostics (aura-diagnostics) displays the bodys biofield

structure according to the measurement results.

- MEASUREMENTS COMPLEX ANALYSIS this option enables to display diagnostics

graphic results with all the methods for their analysis and comparison.

- In the Module-cabinet PHOTOMATERIALS you can add patients X-ray photos, ultra-

sound photos and other visual information to analyse and compare.

- Module-cabinet PHYSIOTHERAPY:

Galvano- and magnetoresonance puncture therapy with Voll and Mandel

methods;

Bioresonance characteristics transfer;

Colour therapy mode;

- Module ELECTRON COUPLING TELEMEDICINE allows to transfer data to other

distant AWP ROFES systems by e-mail or floppy discs in order to consult with

specialists in other medical institutions or regions/cities.

In the left part of the Select mode window there are displayed:

Surname, name, second name, date of birth, age

Below

The window Visit selected - with the column ofdates of visit.

Below the window there is a line with the Number of visits.

Select one of the diagnostic methods (for example, CORPOREAL METHOD), and click it

twice. You enter the mode for taking medical measurements:

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7. Module-cabinets [Corporeal method] and [Su-Joukmethod]

Fig.6 The bookmark [Measurements] with the electronic medical record window

7.1 The [Measurements] bookmark

In the bookmark [Measurements] there is patients electronic record with the windows

for entering text information and its displaying. If you move the mouse through dates of

visit, the information in the windows will change.

New measurement with the corporeal method is started by pressing the Examinationkey

You go to [Measurement Corporeal method or Su-Jouk method] window.

Press the sensors button or Examination key and follow the instructions on the

screen.

The topology of points examined is described detailed in the bookmark [Measurement

expert-analysis] (fig.8) when you use reference information about the meridian pressing

[Meridian description] key (fig. 11,13).

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Fig.7 Window [Measurement Corporeal method]

Device normalisation

1. Put a piece of cotton into wider side of the sensors head so that the cotton wool

touched the metal electrode but not very close because with every new

measurement the cotton wool will get drier and salt concentration will increase and

therefore, time needed for it to get wet in the physical solution will increase too andnormalisation will not occur

2. Moisten the sensors head properly and press it with wider end (where the cotton

wool is) to the wet bandage attached by the crocodile in the patients left hand, then

press the sensors button quickly. Wait till the process of normalisation is over.

Instructions on Su-Jouk measurement

Preparations for the diagnostics

1. Cut the bandage into pieces;

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2. Take a piece of the bandage, moisten it in the physical solution and cleanse the

forefinger and the third finger on both hands from the outside and

within;

3. Put this piece of the bandage on the left thumb or wrist and press with the passive

electrode - crocodile. After that normalise the device;

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4. After the process of normalisation is accomplished, measure the patients points by the

sensors thinner.

Measuring process1. Apply the sensors thinner end to the point corresponding to the point shown on the

screen and press the sensors button quickly;

2. The process of the points measurement is shown in the indicator in the form of wide

red lines oscillation.

3. It is necessary to strengthen the pressure briefly with the sensors thinner end, making

spreading movements on the skin along the meridian until the wide red line of the

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indicator on the screen deviates to the maximum right. After that it is necessary to fix

the sensors thinner end in this position. The process of sensors moving lasts about 3

seconds point search mode.

4. The process of points measuring starts.

7.2. Measurement results analysis

On finishing measurement, the expert system (ES) starts automatically.

7.2.1. Automated Expert system of diagnostics results assessment

It works on the basis of expert assessments formalised analysis received from doctors and

psychologists and loaded in the software.

In order to make automatically discovered diagnoses and psycho-emotional states more

precise there are:

1. Computer Patient dialogue mode that enables to increase or reduce the

probability rate of an expert result depending on the patients answers.

2. The prolonged expert characteristics mode enables to increase the expert result

probability rate on the basis of analysis of additional measurements with the selected

method and Vertebrology.

Note:

[Automated ES of diagnostics results assessment] is persistently amplified with new

expert data received from the ROFES diagnostics Society specialists . This society is

organised on the basis of Chair of Physiotherapy and Reflexotherapy at The Ural State

Medical Academy and as a result of specialists mutual efforts from the Chair of Polyclinic

therapy and family medicine at the Academy.

Working with the mode Automated Expert system of diagnostics results assessment

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Fig.8 The bookmark Measurement expert-analysis

In order to start this mode, click [Expert system] key

When the [Expert system] window opens (Fig.9), automated measurement analysis is

started. Moving green indicator at the bottom shows that the expert system is operating.

When the Expert system meets any expert result in the course of the rofogram

analysis, Computer-Patient dialogue mode starts, and a questionnaire addressed to the

patient appears on the screen. Answer the questions by double clicking the answers.

When you refuse to answer the question, press the [Skip question] key. If you wish to

terminate the interview, press the [Complete] key.

When the work of the Expert system is finished, new window appears with the bookmarks

[Statements with additional information interpretation] and [Summary]. (Fig.9)

Description of working with the bookmark

[Summary]

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In this bookmark, there are windows with expert systems conclusions without detailed

description.

Fig 9 The bookmark Summary in the [Expert system]

In the window [Conclusion] there are diagnoses and psycho-emotional states symptoms

presented in Sections. On the right, there is a colour scale and characteristics where the

probability rates are displayed:

- green minimum deviation minimal rate of a symptoms probability, from 0 to 15%

(0-0,15) (intensity rate)

- yellow minimum deviation minimum rate of a symptoms probability, from 16 to 30

(0,16-0,30) (intensity rate)

- blue probability from 31 to 50% (0,31-0,5) shows functional changes of organs and

systems and increased probability of a symptom (intensity rate)

- rose probability from 50 to 75 % (0,5-0,75) shows changes of organs in systems and

organs and high probability of a symptom (intensity rate)

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- red probability from 76 to 100% (0,76-1) shows the highest rate of probability

(intensity rate) of a symptom and changes in organs and systems.

In every section of the Expert systems conclusions, the symptoms of diagnoses and

states are listed as follows: on top of a section are the dominant symptoms with the

highest probabilities displayed, below the symptoms with low probabilities (intensity rates)

are shown.

The prolonged expert characteristics mode enables to increase the expert result

probability rate on the basis of analysis of additional measurements with the selected

method and Vertebrology.

Initial measurement without the Computer-Patient mode provides a max scale for a

calculation of functional changes from the norm in organs and systems = 0.65 (65%).

Any repeated measurement carried out during the same day increases the scale on 0.10

(10%). If there is a deviation trend in the patients meridian system, the increase in

functional deviation rates from the norm happens, or, alignment closer to the norm in case

of situation changes of the meridian system characteristics at the moment of measuring.

Additional measurement with the Vertebrology method adds percents to the rate of

functional deviation.

The report formed on the Expert systems results can be changed in the database if you

start the Expert system again during the same consultation (on the same day).

Note:

Expert Systems message: Expert systems conclusions may be incorrect (0,99)

This message appears if during the diagnostics the patient answered the expert systems questions the

following:

Yes, I have just had a meal

Yes, now I am in anxious, restless state.

If the system comes across such answers, it is obvious that meridional system will increase the work of those

bodys meridians which are responsible for digesting and reassuring and that is why the program takes intoaccount these states and informs YOU that the interpretation may be incorrect.

Read the passport, point Preparing the patient for diagnostics.

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7.2.2. Integral assessments of adaptability

After you finish work with the [Expert system] mode you enter the [Measurement expert-

analysis] bookmark (fig.8). Here you can view patients states integral characteristics

calculated according to the measurement result. To view references on each assessment

press the ? key (on the right). To print integral assessments and their description, put a

tick v in the Choose report elements window in the Integral characteristics and Integral

characteristics description lines.

7.2.3. Special level of measurements results analysis

and expert reference

on clinics and psychology (Bookmark [Measurement expert-analysis])

Is aimed at measurements results professional analysis by doctor or psychologist.

You can read expert reference on clinics and psychology which correspond to the

meridians state by clicking keys with meridian names around the rofogram. In the left

part of the screen a window with expert reference appears. Using bookmarks you can

view meridians state clinical or psychological interpretation according to the measurement

result. (fig. 10, 11).

Below the window with expert reference the [Meridian description] key is located.

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Fig.10. Expert reference on the meridian GI in the bookmark Measurement expert-analysis

Fig.11. The main systematized information about the GI meridian analysed.

When click this key, the window with the main information about the analysed meridian

appears (Fig.10):- ancient points topology (including the representative point is measured),

- main terms about the meridian according to U-sin concept,

- systematized information about abnormalities symptoms along the internal, external

and united run. Trouble symptoms.

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Fig. 12

PARTICULARIZED ANALYSIS (Fig.12) sub-bookmark allows to make a special report

on measurements results clinic and/or psychological interpretation and interpretations

which the specialist analysed by every meridian (fig. 10). To obtain this information, click

Make report key and follow the instructions. To print special information on clinic and/or

psychology, put .v. In the [Choose report elements] window.

7.2.3. SPECTRUM ANALYSIS

of meridional system assessing results

Everything in the world is in constant motion and, like a stone thrown into water,

creates circles of diverging waves which contain information about the reason that caused

them. Wave in its turn is the total of energy particles created by radiation source and it can

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be recorded depending on the potential of recipient. Radiation waves move in space and

carrying huge energy and information flows. Everything on Earth and in the outer space

exists in the energoinformational space.

Living organisms energetic waves of certain frequency and amplitude contain the

information about source, i.e. they are the total of organs and systems radiation. It can be

observed with the help of computer tomography or thermal imager, or other means of

living organisms radiation record where the information obtained either by direct receiving

radiation from living source or by receiving reflected waves from certain organs is shown.

In any way, we translate the information contained in energetic waves radiated by a body

into the method of visual control which is peculiar to our nonverbal perception of the

environment. Nowadays electromagnetic waves (oscillations) are the most known and

researched.

Any kind of life possesses its own electromagnetic oscillations spectrum, i.e. every

micro- and macroorganism has its own specific frequency spectrum (oscillation spectrum).

Every structural unity of a body corresponds to a certain frequency spectrum and this

feature is successfully used in therapy (Gotovsky Y.V. with co-authors, 1999).

Development of the pathological processes leads to changes in this frequency spectrum in

the form of pathological (disharmonic) oscillations emergence.

Wave characteristics of the whole spectrum of radiation which penetrates through the

space contain a lot of information about its sources. We perceive this information in the

form of signals recorded by our communication organs tuned to rather narrow radiation

spectrum. The human bodys meridional system which runs through all physiological

systems including the central nervous system and therefore determines its functioning,

has connection with the skin and thus contacts directly with the environment obtaining and

generating wave information.

It can be assumed that radiation spectrums wave characteristics which are beyond

the limits of perception by conventional communication systems, such as organs of sense,

are perceived by meridional structure. This is so called subthreshold perception of

environments energoinformational characteristics which differs from bodys coverlets

receptors subthreshold perception by wider wave spectrum.

Thus, the information which has positive or negative meaning for communicative

system of perception is received not only by the organs of sense but also by meridional

system and thus by physiological systems controlled by it. In this connection, the radiation

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which are in resonance with the bodys internal frequencies cause positive feelings and

those which are in dissonance cause negative feelings.

Physical organs, which receive information through meridians, can be compared with

magnetic tape on which the information is recorded. So the more body receives negative

information, the stronger the function of this or that organ will be damaged. The most weak

parts will be damaged first. The approach described about the emergence of

psychosomatic abnormalities can be compared with the theory of G. Selye - the

syndrome of biological stress (G. Selye Stress without distress) by which he proved that

the influence of various external factors, which are not always bad for health, cause a

stereotyped set (syndrome) of synchronous changes in organs. All organs involved in the

investigated chain are among vitally important ones in the body. Such set (syndrome) is

called general adaptation syndrome (GAS) or Biological stress syndrome.

In physiological systems, which are constantly depressed because of discordant

perception of the environments energoinformational flows through the bodys meridional

structure, structural changes take place leading to functional and then organic changes.

These changes in organs cause the radiation of negative wave information about their

negative state into space through meridians (energetic channels) and determine

emotional state of a person and, in the end, his behavior.

Thus, we can observe not only the connection between abnormalities of physiological

processes in organs, but also the mechanism of functional and organic changes

emergence as a result of persons minds negative oscillations.

Judging by the above mentioned information there is a necessity to bring a living

biological system (such as the human being) to normal functioning state.

The body as a united system can be brought to normal state only by autonomous

repairs of different subsystems and organs. It must be an interactive process of all

bodys organs and subsystems functions co-ordination in the process of treatment and

thus, of regulator relations reconstruction subject to co-operation of all bodys

subsystems. This process is supported by the improvements of humans psychoemotional

sphere.

Therapy by electromagnetic oscillations with which the human body, different organs

and systems and also micro- and macroorganisms contained come in resonance is called

exogenous bioresonance therapy (BRT). The main point of resonances usage is that if

the right frequency of medical treatment is chosen, it is possible even with a smallamplitude of external signals to increase normal (physiological) and to reduce pathological

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oscillations in a biological system considerably. Therefore it is supposed that adequate

resonance influence brings tissues and organs to the state which corresponds to the

embryonic stage of its ontogenesis and changes the characteristics of the illnesses

acquired if they havent influenced hereditary structures.

Special attention to the problem of various frequencys electric and electromagnetic

impulses effect has been paid recently because it is supposed that the character of

information transmission in biological systems is not amplitude, but frequency-dependent

(Adey window). For instance, the human body is capable of not only reacting in a wide

frequency band of influence (10-3 109 Herz and higher), but also of responding certain

frequencies with certain reactions. Besides, the amplitude of affecting electric signal can

be trifling low (i.e. to be lower than the threshold of sensitivity) and of magnetic field 10-

100 times lower than the Earths magnetic field. Therefore the influence of impulses with

the amplitude of dozens and hundreds of volts which are produced by many devices

based on Folls method is not physiological and may damage the human body (Gotovsky

Y.V. with co-authors, 1999). Such selective influence on the biological system that doesnt

require much energy to be released and suggests bio-objects own energy sources

activation under the influence of certain frequency is called resonance effect and is a kind

of exogenous BRT.

However, different kinds of influence on biologically active points are sometimes had

without considering the distant integral bodys reactions and states, patients

biorhythmological features and environmental temporary structure at the moment of

diagnostics or treatment. In S.L. Zaguskins (2002) opinion, resonance activation

frequencies of ferment, cellular, organ and body reactions are unstable and have

temporary, reversible nature; they also dont allow to forecast and reproduce the responds

needed. The reason of such living systems behavior is that even the characteristics of

ferments and other macromolecules in the test-tube and in the living cell are

fundamentally different in time organization. Living systems on any level show

homeostasis features, preventing from divergence of their separate subsystems

and elements axes, i.e. as integrated systems they escape resonance responds

actively keeping internal stability(S.L. Zaguskin, 2002).

The necessity of whole bodys functioning recovery on all levels is explained by the fact

that the stabilization of one single homeostasis parameter that has deviation will becarried

out at the expense of damaging others because the body, as integrated system, when

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treated one-way inevitably finds new stable conditions (local extremums) that are far from

the systems standards as a whole.

Practical testing of theoretical theses above mentioned on cell and body level by

means of certain gradual changes of multi-frequency influence with invariant frequencies

ratio peculiar to given biosystems harmonic and stable state allowed to detect the

phenomenon of multi-frequency parallel resonance capture peculiar only to living

systems. The thresholds of such multi-frequency bio-controlled biorhythmological

influence on separate nerve cell turned out to be lower than the thresholds of mono-

frequent resonance influence. Probably in bodys integrated and interrelated system such

influences can be effective when the intensity is lower than under optimum mon-ofrequent

influences (S.L. Zaguskin, 2002).

According to the above mentioned information the utility of multi-frequency

resonances usage in biological systems becomes clear. These systems explain their high

interference immunity along with simultaneous exclusive cell and bodys sensitivity to

biologically important and ecologically habitual multi-frequency code signals, so called

basal multi-frequency signals.

Obtained with the help of the ROFES set, the spectral portrait of the bodys

meridional system contains all the components of basal multi-frequency signals and alsothe result of the individual reaction of a living biological system to environmental impact at

the very moment of measuring. That is why the analysis of the multi-frequency spectrum

obtained and operative multi-frequency respond to abnormalities revealed in the frequency

characteristics, representing the bodys homeostatic reactions subject to dissonant

components, allows a living biological systems functions to be restored on a real-time

basis. The meridional system itself will control multi-frequency response correction, and

the reaction of this system will be recorded under biological feedback conditions in the

present situation. Obtaining a normal functional state by controlled biological points

according to the result of initial diagnostics (i.e., the state of semiconductor) will

characterize the normalization process of organs and systems for which the meridional

system of the human body is responsible.

Thus, the operative record keeping of patients individual biorhythmological

characteristics and dosed correction by means of individual frequencies spectrum

selection allows to stabilize patients functional state operatively.

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Meridional systems spectral analysis is based on the spectrum analysis of frequency

characteristics BAP measured as a result of current provocation. The analysis is

conducted with the use of mathematical methods, i.e. measured BAPs signal (oscillation)

expansion in Furye series and further formalized analysis of characteristics obtained.

Fig. 13.1

In the picture the frequency spectrum of lungs meridians BAP is shown ( Fig. 13.1).Every column (oscillation) in the diagram represents a certain frequency which is a part of

points oscillation signal generating as a result of assessing current provocation (assessed

points signal oscillation can be seen in the process of assessment on the indicator which

shows this process). Along the axis of abscissae (horizontal axis) there are frequencys

rates (in this case low frequencies from 0.2 up to 14 hertz) represented. Along the vertical

axis the rates of these freqiencies energetic manifestation (columns height) are

represented.

For normal functioning living object of system the reaction on current provocation, i.e.,

normal adaptation to current, must look on the spectral diagram as gradual decrease in

columns (oscillations) from the beginning of the diagram up to its end (from 0 up to 14 on

the axis of abscissae), i.e., fading process. This decrease looks like a kind of exponential

curve if all the peaks are joined. Every next column is lower than the previous one from left

to right on a certain rate, i.e., negative increase (- - Delta).

Fig. 13.2

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Frequency spectrums change is peculiar to the oscillating signal of the point that

characterises different abnormalities in organs for which this meridian is responsible to. In

the diagram there can appear some peaks, i.e., the rule of columns gradual decrease

(exponential rule) will be broken. Any oscillation that characterizes energetic manifestation

of a certain frequency will have the rate higher than the previous oscillation, i.e., positive

increase (+ - Delta).

In the picture, we can see a clear tendency of exponential rules breaking in the

beginning of the diagram (Fig. 13.2).

You can view the frequency spectrum in the menu [Expert-analysis of assessment] by

clicking any key that refers to a certain meridian around rofogram (Fig. 13.3). Left

diagram with the blue column represents meridians energetic filling according to the result

Fig. 13.3

of the assessing made. In this diagram, the meridians reaction when interacting with

biological feedback will be shown. To the right from the frequencies spectrums

diagramthe picture of the point is shown, that was diagnosed and through which the

interaction with biological feedback will be conducted.

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The ROFES software conducting mathematical analysis of frequency spectrum

combines all positive increases (+ - Delta) into the table that can be viewed from sub-

menu [Spectrum diagnostic analysis] (Fig. 14). In the column Delta, all positive increases

are shown. In the column Frequencies, all frequencies that have such increases are

gathered. In the right part of the table, there is the description of specific frequencies

chosen according to nosology, symptomocomplexes and syndromes.

Fig.14

7.2.5 Colour scale of meridians state which characterises the deviation extent of

every meridian from normal

To analyse the meridians state on the rofogram by the colour scale click [Meridian

system status] sub-bookmark in the [Measurement expert-analysis] bookmark.

Deviations of every meridian are detected with the help of weight coefficients which

characterise the rate of deviation from the individual norm corridor. (fig.15) Number 1

means average energy and physiology lines (dashed lines).

normal from 0,92 to 1,07 (deviation from 1 is 7%) Green

deviation to Yin from 1,07 to 1,25 (7-25%) BlueDeviation to Yang from 0,92 to 0,75 (7-25%) Pink

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Strong deviation to Yin 1,25 and more (more than 25%) Dark blue

Strong deviation to Yang from 0,75 to 0 (more than 25%) Red

Fig.15 Colour scale of meridians state which characterises the deviation extent of every meridian

from normal, [Measurement expert-analysis] bookmark

The YIN-YANG key opens the window with the meridian system status by quadrants,

i.e. the energy correlation (ratio) of the Yin Yang meridians (surplus shortage): on

patients extremities, upper and lower body parts, and total.

The Diagrams key starts printing all the diagrams showing energy filling of the

meridian system and received as a result of measurement. To print necessary diagram,

put a tick in the space near that.

The Report key is used to print report. You can select necessary information for printing

by putting a tick.

In the [Comments] sub-bookmark you can add any information you want about the

measurement result.

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The Select mode key allows to return to the mode tree (fig.5) in order to select other

ROFES modes.

The Enlarge key enables the enlargement of the rofogram.

The meridian system energy supply diagrams according to the measurement results

(surplus-shortage) can be viewed with the help of scrolling on the right of the

rofogram. (fig. 16)

Fig. 16 Scrolling

7.3 Review of patients meridian system changes in dynamics

(monitoring)

and assessment of rehabilitation treatment efficiency for the patient

are carried out in the [Comparative aspect] bookmark

7.3.1. There is the [All measurements in comparative aspect] sub-bookmark in the

bookmark. To analyze the monitoring results, select necessary measurements from the

table with dates and times (double click the time put # in the Select column).

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On the right of the sub-bookmark there is the trends table. The results of stable

deviation from normal (number of coincidences) in the meridians of rofograms selected for

the analysis with mathematical period specified in the [Trends analysis] sub-bookmark

are displayed in the colour correlation. The numbers in inverted commas are the average

coefficients of measurements results deviation from norm individual corridor in selected

rofograms. If the stability of the deviation from normal in the measurements processed

corresponds to the specified mathematical period, these lines will be marked by dark

colour.

The sub-bookmark with the rofogram marked as Current shows the measurement

which date is marked with ->.

The sub-bookmark with the rofogram marked as Average shows the average rofogram

obtained from diagrams selected for analysis.

The sub-bookmark with the rofogram marked as Trend shows the diagram obtained on

the basis of calculation made in the Trends table with specified mathematical expectation

threshold for the stability of deviations from normal.

The Select mode key allows to return to the mode tree (fig.5) in order the select other

ROFES modes.

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Fig.17The [All measurements in comparative aspect] sub- bookmark. Trends table (on the right)

After you press the [Comparative aspect diagrams] the next window Comparative

aspect diagrams appears.

There you can compare and analyse rofograms selected. You can also analyse and

compare all diagrams that show meridians energy supply using scrolling.

In this window you can print all selected rofograms or their average rofogram and the

trends table.

7.3.2. Sub-bookmark [Assessing rehabilitation treatment efficiency] is used for

assessing meridional systems changes in dynamics during specified period of time. Select

rofograms for analysis in the Select column in the left table with dates in this sub-

bookmark.

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Fig.18 The sub-bookmark [Rehabilitation treatment assessment] in the bookmark [Comparative

aspect].

After selecting two rofograms for comparison from the table with dates and times, press

the [Compare 2 measurements] key. In the right table the factors characterising patients

meridian system status changes which happened during a certain period (between the

dates of measurements) are calculated. You can print the result by clicking [Print

efficiency assessment]

The analysis of assessing rehabilitation treatment was made on the basis of bodys

meridian systems status coefficients changes comparative aspect analysis. Every

meridians coefficients differentiated comparison is made. Assessments analysis is shown

in the summary table with 2 criteria: efficient - inefficient. NORMAL criterion here is

coefficient 1 (Number 1 means average energy and physiology lines (dashed lines)).

Approaching to 1 during repeated measurement corresponds to efficiently, moving away

from 1 corresponds to inefficient criterion.

7.4. Treatment scheme with therapy results control through biological feedback

according to diagnostics results

The [Treatment scheme] bookmark

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Fig. 19

After the treatment or other kinds of therapy it is necessary to make Control

measurement pressing the Control measurement key in order to estimate the therapy

efficiency.

Integral characteristics of treatment efficiency for comparative analysis will be displayed in the

sub-bookmark [Numbers].

In the [Treatment scheme] there is a mode which allows to control right in the screen

BAPs reaction results on the influence of MRT or other puncture therapies detected on the

basis of the measurement results. When BAPs energy characteristics as a result of

treatment return to the norm individual corridor (fig. 20), the system interrupts the

treatment automatically or recommends to stop the puncture therapy.

- Treatment algorithm 1 allows to treat BAPs which are recommended by the program

on the basis of the rule described in help [?] (fig. 19)

- Treatment algorithm 2 allows to treat BAPs which you think it is necessary to

stimulate or suppress according to the measurement result.

Preparation for use and operation:

After you start one of the algorithms, the classifierSelect treatment appears, there you

can select a kind of the treatment. Then press [Make treatment].

7.4.1 Working in Algorithm 1 mode

- Window Physiotherapy according to algorithm 1 appears. (Fig. 20)

There are 3 points which reflect frequency spectrum and are chosen automatically by

ROFES software. Left diagram with the blue column reflects how energetically full the

meridian is according to the measurements results. Meridians reaction at the moment of

impact with biological feedback is shown in the diagram. To the right of the frequency

spectrum diagram, there is a drawing of the point that will be influenced with biological

feedback.

- Open the bookmark [diagnostic spectrum analysis], click the line with the maximum of

impact frequencies;

- Apply the sensors head to chosen BAP. Passive electrode (so called crocodile)

remains on the patients hand or you put it on the hand again. If magnetoresonanse

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therapy is necessary, put MRT sensor (long-shaped) into MRT socket of the device

and apply the sensor to the BAT shown on the screen;

- Press Correction button.The whole process of treatment with biological feedback is shown in the diagram as

oscillations of the blue column representing BAPs reaction on frequencies chosen from

the table.

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Fig. 20

Biological feedback is based on the rule of activation and reactivation (L.H. Garkavi

and co-authors Anti-stress reactions and activation therapy, 1998) and BAPs quality to

have 3 degrees of conductivity conductor, semi-conductor and dielectric. For biologically

active points it characterises the process of BAPs conductivity change that is shown in

the diagram and mathematical analysis of this processs control. When the blue column

reaches the level of individual average value (Fav) obtained as a result of patients

diagnostics (degree of conductivity semi-conductor), the process of treatment stops

automatically and message Treatment is done successfully. Apply the sensor to the next

point appears.

- click the next point in the picture shown on the screen and repeat the steps above.

7.4.2 Working in Algorithm 2 mode

- Window [Frequencies description] (Fig21) appears. In this window, there is a table at

the upper left corner where frequencies corresponding to different nosological forms,

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symptomocomplexes and symptoms are represented. Their description is in the text

window below the frequencies list. By using scrolling, you can choose specific

frequency needed for the patient and corresponding to the diagnostics results and you

can carry out treatment with biological feedback.

In the right part of the window the is a vertical line of meridians measured. By moving

mouse cursor you can choose treatment for those meridians that are in plenty or in

lack (it is shown at the bottom of the diagram to the right of the window in the form of blue

columns height changes toward the corridor of Fav).

- Apply the sensors head to chosen BAP. Passive electrode (so called crocodile)

remains on the patients hand or you put it on the hand again. If magnetoresonanse

therapy is necessary, put MRT sensor (long-shaped) into MRT socket of the device

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and give it into the clients hand.

- To start a process click Treatment.

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Fig. 21 Frequencies description window

The whole process of treatment with biological feedback is shown in the diagram as

oscillations of the blue column representing BAPs reaction on frequencies chosen from

the table in the right part of the window.

Biological feedback is based on the rule of activation and reactivation (L.H. Garkavi

and co-authors Anti-stress reactions and activation therapy, 1998) and BAPs quality to

have 3 degrees of conductivity conductor, semi-conductor and dielectric. For biologically

active points it characterises the process of BAPs conductivity change that is shown in

the diagram and mathematical analysis of this processs control. When the blue columnreaches the level of individual average value (Fav) obtained as a result of patients

diagnostics (degree of conductivity semi-conductor), the process of treatment stops

automatically and message Treatment is done successfully. Apply the sensor to the next

point appears.

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7.4.3. Mode Treatment frequencies transfer to homoeopathic sources

according to nosologies

Purpose:

If the result of therapy with a certain frequency according to nosologies is positive, you

can charge some homoeopathic source with this frequency and give it to the patient for

usage. After 3-4 days you should make monitoring diagnostics for effectiveness

assessment and frequencies correction.

Algorithm:

- On the bookmark Treatment scheme, choose the necessary frequency according to

nosologies by putting a blue mark on it

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- Put the glass retort with the homoeopathic groats on the cylindrical magnet

(electromagnetic zonal sensor)

- Click Correction- The average dose of homoeopathic sources for one visit is 3-5 homoeopathic groats.

Note

Contra-indications for magnetoresonance treatment:

- Exacerbation of inflammatory process

- haemorrhage and disposition towards it

- acute hypotonia

- feverishness

- suppurative inflammation before surgical operation- serious CHD

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- early postinfarct period

- exacerbation of stroke

- pregnancy

- system diseases

- oncological diseases- thyrotoxicosis

- diencephalic syndrome

- cardiostimulator implantate

Mechanisms of therapeutic action in the process of BAP electrostimulation

(information is taken from the bare source Electrostimulational reflexotherapy by

Yakupov R.A.)

Electric stimulation is used in reflexotherapy mainly because it has the opportunity

to effect the informational regulation processes in the body, because current may be

regarded as physiologically adequate stimulus for nervous structures.

Neurophysiological and neurohumoral mechanisms of electrostimulational

analgesia are studied in details. Analgesia is based on the process of pain control

endogenous mechanisms activation (Kalyuzhny L.V., 1984; Limansky Y.P., 1986; Melzak

R., Wall P.D., 1965; Fields H.L., Levine J.D., 1984; Bowsher D., 1988). It is supposed thatanesthesia comes as a result of the activation of the primary nociceptive afferents

presynaptic inhibition at the level of posterior horn and also activation of the central relay

nociceptive neurons postsynaptic inhibition. This activation appears under the influence of

neurohumoral factors including enkephalin and endorphin opioid systems, brainstems

serotonergic and adrenergic mechanisms (Melzak R., VetereP., Finch L., 1983; OBrien

W.J., Rulan F.M., Sanborn C. et al., 1984; Casale R., et al., 1985; Pascal A., 1988).

Electrostimulational reflexotherapy allows to affect on one hand endogenous

opiathergic antinociceptive system, and, on the other hand, specific afferent system

(portal control). To obtain optimal result in the first case, low frequency intensive stimuli

are needed that excite high-threshold fibers of nonmyelinated afferents and central

neurons of opiathergic system. In the second case low intensity high-frequency stimuli

because A-alpha and A-beta fibers have low excitability threshold and high functional

lability (Kalyuzhny L.V., 1984; Limansky Y.P., 1986; Melzak R., Wall P.D., 1965; Fields

H.L., Levine J.D., 1984; Hoffert M., 1986; Yaksh T.L., 1987; Bowsher D., 1988)

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Peculiarities of analgesic effect when using high-frequency (80-150 Hz) and low-

frequency (5-10 Hz) stimulation modes have been detected. When the stimulation is high-

frequency, analgesic effect comes quickly in 5-10 minutes after the beginning of

treatment, but it is not stable and regresses almost entirely in 30-60 minutes after the

stimulation is finished. When the stimulation is low-frequency, anesthesia appears slowly

in 45-60 minutes after the beginning of treatment, but it is stable and often remains during

3-5 hours (Yakupov R.A., 1991; Melzak R., Vetere P., Finch L., 1983; Lehmaan Th.K., et

al., 1986).

Indications for application

Galvanopuncture and galvanoacupuncture are prescribed according to indications

for other methods of reflexotherapy. The best effect is achieved when pain syndromes of

various genesis are treated. Galvanopuncture are a method of noninvasive treatment is

especially useful for children treatment.

Contra-indications for application

1. New growths regardless of localisation and origin

2. Malignant blood diseases

3. Cardiovascular pathology

4. Diseases of organs and systems at the stage of decompensation

5. Pregnancy

6. Children under 10

7. People over 60

ATTENTION!!!

As a result of stimulation overdose, corporeal galvanoacupuncture and auricular

analgesia is often accompanied by side effects, such as blood pressure oscillations,

dizziness, nausea etc. That is why its usage is strictly forbidden for people with

cardiovascular and vegetovascular pathology and for elderly aged people.

8. MODE REMEDIES SELECTION

The mode is started from the bookmark Measurement expert-analysis (fig.8) in the

[Assessments] sub-bookmark by pressing the Remedies selection key (fig. 22).

The diagram on top of the window reflects meridians electrochemical conductivity

(resistance) in the form of conventional numbers from 0 to 100. For the blue diagram BAPs reaction to negative current, for the red one BAPs reactions to positive current.

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Specifying diagnostics results according to additional BAP measurements

(with the help of Remedies selection mode)

In the right part of the diagram, there is a table with 5 empty columns. To specify

diagnostics conclusions according to the tests results you can carry out additional

measurements of those meridians (corresponding to BAP) that you think are necessary to

reexamine. Click the first empty column of the table. Then carry out the necessary

measuring to specify certain meridian or BAP. Analysis algorithm of the results achieved is

similar to ROFES-diagnostics method: the blue diagram is physiology, i.e. BAPs reaction

to negative current, red diagram is energy, i.e. BAPs reaction to positive current. The

analysis is carried out relative to normal corridor for blue and red diagram correspondingly

(dashed lines).

Points recommended for additional measurement:

TR20s; TR20d hypothalamus. It is the centre of vegetative regulation. It controls the

thermal processes in the body, wakefulness and sleep, water and fat exchange, genital

function, hidrosis etc.

Conductivity changes at this point can be the result of evident cerebrosclerosis,

sleeping drugs over-use of after meningitis, encephalitis, head nidus of infection.

If there is a head nidus of infection, the change often has one-sided character at the side

of the nidus (teeth, sinus, tonsils, ears).

TR20 topology is situated on the scull, right above the ear where you can palpate a pit.

The algorithm of remedies selection:

- According to the diagnostics result, select the meridian, connected etiologically with an

organ or a system, for which it is necessary to test a remedy (click the selected

meridian in the table);

-put the remedy into an aluminum cup (in a pack or in an ampule)

- apply the diagnostic sensor to the tested point of the meridian and press the sensors

button;

- on completing the measurement the messages are displayed:

Test of the remedy at the point is completed successfully, i.e. if the rate of

electrochemical conductivity (resistance) changed and approach the individual norm

for the patient (dashed lines), then the remedy in this dose have a positive influence

on the organ or system. If you get this positive reaction on the remedy and know its

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influence you can determine the illness more precisely and you will know how to treat it

(Lupichev N.L. Galvanopuncture diagnostics, homoeopathy and distant influence phenomenon,

Moscow, 1990)

Test of the remedy at the point failed means that the tested remedys characteristics

do not correspond to the energy portrait of the patient.

If the rate of electrochemical conductivity (resistance) changed from the level lower

than norm individual corridor (dashed lines) to the level higher than norm individual

corridor (dashed lines), then the remedy is suitable but the treatment will be with

exacerbation or side effects.

The principle of testing the remedy with the help of nosodes:

When testing a patient with the help of nosodes the resonance phenomenon is used

i.e. when nosode frequency (information about disease) coincides or approaches to

patients diseases electromagnetic radiation frequency.

Fig. 22 [Remedies selection] window

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Particular features of remedies selection:

It is better to start selection and test of the remedies from the key point, calculated by

the program according to the diagnostics results (see the rule of the calculation in the

[treatment scheme] bookmark, Treatment algorithm 1, help key [?] near

Physiotherapy according to algorithm 1 key);

Allopathic remedies qualitatively with points (not less than 5) maximum enabled for the

analysis. The frequency of taking the remedy depends on the recommendations on the

package;

The remedies selection results can be incorrect if the test for one BAP is repeated

more than 3-5 times (the point is getting tired because of long lasting stimulation with

a diagnostic current).

In the manual instructions for work with the Vega-Test galvanopuncture diagnostics

equipment, it is recommended to recharge the tested BAP with 13 Hz frequency in order

to select next remedies correctly. In the ROFES software you can find 13 Hz treatment

frequency in the [Treatment scheme on BAPs] called from the mode tree,

galvanopuncture therapy mode.

It is necessary to test any poly remedy on special-purpose meridians or meridians

responsible for bodys immune status;

After the change of the tested remedy, before the beginning of the new remedy test,

it is necessary to close the sensor and passive electrode together and press the

sensors button. Wait until the process of measurement, i.e. erasure of the information

about the previous remedy, is completed.

Bioresonance characteristics transfer

It is started from the [Treatment scheme on BAPs] window called from the mode tree,

galvanopuncture therapy mode. In the window [Treatment scheme on BAPs] find

Bioresonance characteristics transfer in the upper left table and click it.

1. Put the remedy from which you are going to transfer bioresonance characteristics into

the aluminium cup;

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2. Put the glass bottle with the homoeopathic groats on the cylindrical magnet

(electromagnetic zonal sensor);

3. Press Treatment button and wait till the process is completed;4. In order to check bioresonance characteristics transfer start the Remedies selection

mode.

9. MODULE CABINET AWP VERTEBROLOGY

In this mode, you can start the galvanopuncture diagnostics that allow to take

measurements by zones above spinous process of vertebraor by their projection zones

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with the Su-Jouk methods in order to receive vertebral functional statuss energy

characteristics.

To start the AWP Vertebrology mode double click it in the ROFES mode tree (fig.5)

or through Select visit in which it is necessary to double click the window Time in the

AWP Vertebrology mode.

9.1. Then you enter Mode: Measurements Vertebrology, the [Measurements

Vertebrology] bookmark (fig. 23).

Fig.23 Process of Vertebrology measurement

To start new measurement click Examination. The window which shows the process

of measurement appears (fig. 23)

After the measurement is completed, the system returns to the bookmark [Measurements

Vertebrology] (fig.24).

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Fig. 24 Window [Mode: Vertebrology], bookmark [Measurements Vertebrology]

In the centre of the window there is a diagram with a vertebral functional statuss energy

characteristics. On the right, in the sub-bookmark [Spine condition], there are its

characteristics in accordance with the colour scale and factors characterising the rate of

deviation the individual norm corridor relatively to the average conductivity value.

The text with the diagnostics results can be printed in the [Comments] sub-bookmark.

To view the results calculated by the expert system according to the corporeal and Su-

Jouk measurements, click ES conclusions (Rofes) or ES conclusions (Su-Jouk).

Scrolling below the diagram allows to look through the vertebral energy state diagrams

with averaging of the vertebral pairs and vertebral parts.

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Fig.25 An example of reference for the Th1 vertebra.

For the expert reference on clinics and psychology corresponding to each vertebra, double

click the line with chosen vertebral part for the analysis in the colour table. You can also

view expert reference in the [Numbers] sub-bookmark.

Connections between vertebral parts according to the Pair Principle with the key Th5-Th6 (cure the top cure the bottom) are displayed in the [Numbers] sub-bookmark.

This principle lays the basis for the treatment algorithm with the Vertebrology method the

bookmark [Treatment scheme].

Starting the treatment program with using of a therapy module and feedback control is

carried out the same as with the [Corporeal method].

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9.2. Bookmark [Comparative aspect Vertebrology]

This is aimed at review and analysis of the dynamic changes of vertebral functional state

energy characteristic (monitoring) and a visual assessment of the rehabilitation treatment

efficiency.

To select the diagrams for analysis, double click the dates and times in the table (the mark

# in the column Select appears). Then press Diagrams in comparative aspect. The

system will make the diagrams in accordance with your choice and their average diagram.

Fig.26 Window [Comparative aspect Vertebrology]

10. Express-diagnostics and correction AWP

- shortened variant of AWP CORPORAL METHOD.

It is aimed at patients state express-analysis during the rehabilitation process.

The process of starting the mode and measurement is the same as for corporeal method.

As soon as the process of normalisation is accomplished the window for choosing the type

of express-diagnostics appears.

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Fig.27

3 types of express-diagnostics- by 12 points

- by 6 points

- by 1 point

Choose the type of diagnostics by clicking its name.

Make the diagnostics by points according to the pictures that will appear on the screen.

Change the ECP sensor for the multi-channel one with one-time electrodes during the

measurement when the message about it appears on the screen. One-time electrode isapplied to the point ONLY if the patient will be treated according to correction modes or

Procedure control in REAL-TIME MODE.

The main advantages of the express-method mode by several points are the following:

- less time for measurement;

- the diagnostics result is the patients functional states individual norm corridor,

according to which the multifrequency correction with biological feedback will be

conducted;

- the diagnostics result is spectrum characteristics for state assessment by

nosologies, syndromes, symptomocomplexes and forming the multifrequency

correction signal;

- obtaining the patients adaptability integral characteristics during rehabilitation

procedures to make monitoring;

In order to start the patients states multifrequency correction by the result of diagnostics

spectrum characteristics selective analysis click the Conclusions and Correction (Fig.

28).

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Fig. 28

Note: When you choose express-diagnostics and correction by one point and change theECP () sensor for the multi-channel sensor with one-time electrodes, it is

necessary:

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1. Apply one-time cardioelectrode to the point by which you will make frequency

diagnostics and corrections and apply one of the buttons-adapters to this electrode;

2. Click the Measurement button on the screen;

3. When the measurement process is over and the choose manual measurement

algorithm question appears (which implies further diagnostics of other meridians),

click No.

4. To make correction, click the Correction button

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11. COLOUR THERAPY mode

This method is used to harmonise patients emotional state in order to correctpsychosomatic abnormalities of patients health.

More detailed working algorithm for COLOUR THERAPY mode is given in the instruction

that appears when you click "Instruction in the COLOUR THERAPY window.

In the COLOUR THERAPY mode, there is an automatic choice of psychological

affirmations according to Expert System diagnostics result concerning spines state (starts

at Vertebrology module in the [Diagnostics analysis] bookmark).

Combination of colour, music and affirmations (positive motivations to change ones

emotional state) increases the effectiveness of psychosomatic abnormalities correction.

Instruction for Colour therapy mode

1. Seat the patient in a comfortable position in 1-1,5 meters from the computer screen

2. Tune the speed of concentric circles emergence individually for every patient and

choose one of the melodies (or turn on a CD with some other music)

3. During the first seance the patient looks at concentric circles for 5 minutes

4. If the patient feels uncomfortable, stop the seance immediately

5. Every next time should last one minute longer

6. Decide on the number of times (seances) according to patients state of health and

positive dynamics of changes, but not more than 10-15 times (once a day)

7. The speed of coloured circles emergence depends on the patients needs

- slow inhibition

- quick stimulation

8. If Affirmation mode is needed, click type 3 in the text (starts from Vertebrology)

9. Frequency of affirmations emergence and their duration can be controlled by meter

(numbers mean microseconds, 1000 mcSec=1 Sec).

Contra-indications:

Individual intolerance for colour perception

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12. MODULE CABINET PHOTOMATERIALS

Allows to add, store, display, systematise and describe any visual photo- and

videomaterials about the patient. To add photo or video, a scanner is required. Further

attaching of these materials to the patients file is carried out through standard Windows

operations. In the bookmark [Videos], the video information can be added.

Fig.29. Windows [Module-cabinet Photomaterials], the bookmark [Photos].

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13. MODULE ELECTRON CONNECTION TELEMEDICINE

Allows to export patients data or a group of patients data (the key Data export in the

main window (fig.2)) to other distant AWP ROFES systems through e-mail or floppy disks

in order to get a consultation of specialists in distant hospitals and/or areas.

In that mode, select necessary data for export clicking the necessary options (the sign

v will be put in the windows).

All the data about the patients are saved in the directory C:\RofesExp\Data\ and

simultaneously archived in the .rarfile.

Fig.30 [Data Export] window

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14. Complex analysis of examinations

Allows to display the diagnostics diagrams with all methods for their analysis and

comparison. The Analysis button below each diagnostics method enables to pass into

the selected method and to continue detailed analysis of the measurement and all data

about the patient attached to this measurement.

After you complete the analysis, press the Exit key and return to the [Integral analysis]

window for further research of the results received by all used methods during that

consultation (see the visit date).

Fig.31 The key Analysis in the [Integral analysis] window

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15. Bio field diagnostics

(aura-diagnostics)

Human organism structures three-dimensional matrix design.

The Matrix allows to view the three-dimensional image of a human bio field structure

(aura intensity, its changes). It provides to visually assess vertebral functional statuss

energy characteristics in order to determine the optimum correction treatment. To

determine organs and systems condition. The expert system started after making a

Matrix calculates organs and systems functional states assessments with high

accuracy.

You can print the Matrix in the Adjusted foreshortening (slope angle 75 0) or in the

Random foreshortening (you choose the slope angle). You can select these options

above the Print matrix key.

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Fig.30. Three-dimensional bio field structure (Matrix)

Matrix is a bodys bio field structure. It is made automatically after two measurements:

Su-Jouk or Corporeal + Vertebrology with 15-minute time interval. If the interval is longer,

the results may be incorrect because the patients energy characteristics will change.

To view the vertebraes names , click Legend.

To view the Matrix select Bio field diagnostics from the mode tree. In the window Bio

field diagnostics, select the method of measurement (Rofes-corporeal or Su-Jouk) in the

table Measurement mode. Then press Make Matrix.

After pressing the Exit key the [Vertebrology] mode is displayed.

16. WORKING WITH PATIENTS GROUP CHARACTERISTICS(scientific and statistic processing of results according to group

characteristics conditions)

The mode is started from the main window (fig.2) by pressing Expert (diagram

analysis)

The group characteristics are:

- All characteristics about a patient that were described in the [Registry] mode (date of

birth age, sex, address, risk categories, group levels NN 1,2,3, etc.) database of

classifiers.

- All characteristics given to a patient by the Expert system (conclusions, clinic

questionnaires according to the diagram results) as well as results of the clinic

questionnaires - like Clinic determination of hormone profile, etc.

The purpose of working with group characteristics is to obtain the statistics and display

rofograms of different patients, whom some above mentioned characteristics (conditions)

correspond to.

For example:

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The software can select those patients from the database who visited the medical centre

between 15/10/1999 and 10/02/2000, are males, have complaints about constricting pain

in the right hypochondrium, and whom the Expert system gave a diagnosis Chronic

hepatitis in remission.

To fulfil this task:

1. In the [Select patients] sub-bookmark select the patients by main and/or additional

characteristics (group characteristics), or select several patients by their surnames for

the analysis by double clicking their surnames. The mark # in the column Select

appears. To complete the selection press Complete selection of patients by main

and additional conditions (characteristics).

For our example:

In the sub-bookmark [Conditions of patients selection] select group characteristics: sex

male, date of visit - from 15.10.1999 till 10.02.2000.

In the sub-bookmark [Additional conditions of patients selection] select

Gastroenterology medical section; in the window Conclusion find characteristic Chronic

hepatitis in remission, select it (in the right column you can determine the characteristics

intensity); in the window Questions find question constricting pain in the right

hypochondrium and in the window below select the answer Yes.

2. In the sub-bookmark [Select measurements] press Complete measurements

selection. In this sub-bookmark you can select only first consultation rofograms (click

Initial consultation). Total number of the patients selected is displayed in the register

[Selected patients].

3. Pass over to the bookmark [Diagrams expert assessment]. Selected patients

rofograms are displayed after you press Expert assessment. In this bookmark you

can select rofograms measured with Su-Jouk or corporeal method in the

Measurement mode.

To analyse the rofogram and information about the patient in details, double click this

rofogram. The [Select visit]mode is displayed in the Corporeal or Su-Jouk method.

To exclude any rofogram from the statistic processing, double click patients surname

above the rofogram. The outline of rofogram will become red. Then press Expert

assessment. The rofograms for the analysis will be displayed without the excluded one.

4. Pass over to the bookmark [Trends diagram assessment]. In this bookmark you can

analyse the average rofogram and a rofogram made by trend tables obtained on thebasis of information selected according to characteristics mentioned in the example:

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- analysis by the colour scale

- analysis by table of norm deviation trends with adjusted mathematical expectation for

given group (trends table)

-

analysis of vegeto-emotional tonus distributions for the group- average adaptation potential (AP)

5. To save the results of the data processing press Record result in database. The

average rofogram is recorded in the database and displayed in the next bookmark

[Expert diagrams database].

17. Messages about errors and troubleshooting

ROFES software works with the user in dialogue mode. Program errors are accompanied

by messages with possible reasons and ways to remove the errors.

If the ROFES fails currently without alarm messages explaining the reasons, for example:

- The program is buzzing

- data loosing

It is necessary to do the following:Messages about errors and program

failuresWays to remove them

is not a valid integer value Change the data separator from {/} into {.}.Or in the line Short date format choosedd.MM.yyyy

Round diagram in the bookmark[Measurement expert analysis] is notdisplayed (message: Out of systemresource or Incorrect assignedparameters)

Make sure that in the TV characteristics, inOptions bookmark the colour palette is notmore than 16 bit.

In the Data export mode the process ofadding files to archive is going very slowly

Antivirus monitoring is activated andcontrols copying and archiving.Switch the antivirus off and activate againafter you finish work with the data.

Message beginning with Accessviolation

Press Ok in this message and exit fromthe program. Then restart the program andgo on working.

Yellow luminodiode on the measuring blockis on (the device is switched on), but theprogram gives a message Device is not

connected with the channel. Attempts toturn it off and on do not have any results

1. Exit from the program2. Take the power units wire out of the

socket

3. Plug the power unit in again4. Switch the measuring block, press On

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5. Start the program and go on working

Message: Channel set up error! Check ifthe device is plugged in correctly

Follow the instructions on the screen.

Unremovable errors and methods to restore program running

- message beginning with BLOB has been . (database structure violation) In order

to remove it exit the program and reload your computer. If it does not help, follow the

steps mentioned below

- message Could not find record; key violation (total database destruction). In

this case, reinstall the program according to steps mentioned below.

To restore ROFES program running it is necessary to do the following:

I

In the main ROFES window click DATABASE RESTOREIf it does not work, pass on to point II

II

1. Make Data export operation for the patients diagnosed recently

2. Delete C:\Program Files\Rofes3_0 directory (just delete without Windows

Add/Delete software)

3. Copy Rofes3_0 directory from ROFES-RESERVE to C:\Program Files (see fig. 2)

4. Start ROFES software and check if it is running properly

5. Make Data import operation from RofesExp directory that was created at the step 1.

If it does not help, pass on to point III

III

1. In the main ROFES window (fig. 2) click Data export and select all patients

2. Export all data (they will be exported to C:\RofesExp\DATA and saved as Archdata.rar

archive file)

2.1 Or you may copy C:\Program Files\Rofes3_0\Rofes3\DATA to some new directory

3. Open Windows Add/Delete software and delete Rofes (Do not delete only

C:\Program Files\Rofes3_0with Delete button!)

4. Check if there are viruses in your computer, start ScanDisc program

5. Reinstall ROFES software following the instruction.

6. In the main window (fig. 2) click Data import and indicate the data path

C:\RofesExp\DATA or the new directory where you saved database in the step 2.1

7. Click Transferdata

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Use Pack data (in the main window) function every week orafter a large number of measurements

conducted

NB! If after a long work with ROFES set your computer do not normalise ROFES

measuring block before the process of diagnostics, the reason can be the following:

1. Silver-plated electrode inside the sensor's head is covered with salt. It is necessary to

take cotton wool out of the sensors head, unscrew the head, clean the metal tip with

sandpaper, nail-file.

2. Poor contact between the metal plug and outlet in the passive electrode - clip

(crocodile) applied to the patients hand. The plug could be influenced by physical

solution and become rusty or the metal petals of the plug have poor contact with clips

outlet. Clean the metal plug from the rust or unbend the metal petals on it for better

contact with the clip (crocodile).

3. Physiological solution got inside the sensor, corrosion changed the characteristics of

the inner wire connected with the sensors head. Send the sensor to Altaim Ural

research and production enterprise for repair.

4. 4. Physical solution could get into passive electrode where the wires are connected.

This led to corrosion and increased electric resistance. Send the passive sensor to

Altaim Ural research and production enterprise for repair. Or you can clean or

resolder the wire, having cut the part which has been exposed to corrosion.

NB! The Instructions on working with ROFES software, version 3.00 - for the

ROFES set of hardware and software galvanopuncture diagnostics of bodys

functional state is in permanent modification because of software modification.

Contact us:URPE ALTAIM, Ekaterinburg, Russia

Phone: +7 343 372-2064

E-mail: [email protected]

Internet: http://www altaim e-burg ru

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