Method for correcting functional state of organism

FIELD: medicine.

SUBSTANCE: method involves treating organism with rotating magnetic field. Action mode I has magnetic field intensity of 1.7-3.4 mTesla units giving comfortable organism state. Mode II has magnetic field intensity of 2.9-5.8 mTesla units. Mode III has magnetic field intensity of 0.6-2.3 mTesla units giving discomfort organism state. The treatment is spread over the whole organism by applying modes I-III in any succession order with mode I selected at the beginning and end. Exposure time is equal to 5-10 min in each mode depending on initial organism state. The number of sessions is selected from 3 to 20 in manner individual for each organism.

EFFECT: enhanced effectiveness of treatment.

3 dwg, 1 tbl

 

The invention relates to medicine, veterinary medicine and biology and can be used as a primary or secondary component of stimulation, recovery and treatment of the human or animal body with reduced resistance to various damaging agents, and if necessary, improve health, activity, and ability to endure high stress.

Known methods that allow you to change the functional state of the organism with the use of pulsed electric and magnetic fields measured at medical, physiological, biochemical, behavioral, and other factors.

The known method of magnetotherapy (authors Bessonova astray freight and Alferov A.T., IPC A 61 N 2/04, patent RU No. 2014853, publ. 30.06.94, bull.№12), including local effects on the body pulsed magnetic field used for bipolar periodically varying amplitude of the pulse magnetic field with intensity 50-800 uh, the pulse frequency is chosen from the range 0.1-20.0 Hz. For formation of a bipolar pulse periodically changing the amplitude of the magnetic field pulses using the pulse current varying in a sinusoidal or sawtooth or trapezoidal law.

However, this method is not effective enough, because the action of the magnetic the field produced only locally, without taking into account the functional status of the body and its biorhythm characteristics.

There is a method of regulation of the functional state of the Central nervous system in a series of “sleep - Wake”. Pestrjaev VA, patent RU No. 2089240 published 10.09.97, bull. No. 25, IPC 6 A 61 N 2/04) by the action of low-intensity pulsed magnetic field, where the pre-recorded the electroencephalogram (EEG) of the corresponding functional state of the Central nervous system (CNS), determine the average and the maximum possible amplitude values and perform synchronization of the electromagnetic field with the EEG signal from a range of found values.

However, this method is not effective enough, because it only considers the condition and functioning of the brain, not taking into account the functioning of the cardiovascular and peripheral nervous systems.

Closest to the present invention is a method of correction of human functional state (authors Godin S.M., Vlaskin A.N., Tyurin, Y., Luzyanin A.G., Poles LB, patent RU No. 2071719, published. 20.01.97, bull. No. 2, IPC 6 And 61 In 5/02), including the effects of pulsed rotating magnetic field I=I0exp(αt), at the same time the pulse is synchronized with the systole. The choice of parameters influencing magnetic fields on human shall Lieb is the change in the spectrum of the heart rate (HR), either change the spectrum amplitude or change sphygmographic speed. At the same time as the main parameter take the form of the envelope of the power spectrum of the time series produced by variations in heart rate: determine the extrema in the signal, measure the time intervals between them, measure the signal amplitude at the point of extremum, build the time series of variations on the above parameters. The result of the influence of the magnetic field is determined by the type of adaptive response [Garkavi LH, Cucina E.B. and other Adaptive response and resistance of organism, Rostov-on-don, 1990].

This method is not fully provides the correlation of the magnetic field with estestvennimi biorhythms of the human body, because the influence of a rotating magnetic field (MT) and pulse MP carried out only on the area of the brain that only indirectly affects the blood system cell renewal and may be insufficient factor for rapid changes in leukocyte blood, which is determined by the adaptive reaction of the organism. This circumstance can lead to inaccurate selection of the parameters of the magnetic field in each individual case. Thus, this method of exposure is not effective enough to generate a desired adaptive response, ensure the sustained increase in the overall resistance of the organism to the action of many damaging agents, including radiation.

The proposed method significantly differs from the prototype in that the effect of rotating pulsed magnetic field is produced on the entire body that provides direct effect on the hematopoietic system of cell renewal. In addition, selection of exposure parameters carried out in such a way as to cause not only the favorable condition of the body, which is often not sufficient to create the desired adaptive response, as well as to invoke the stress response, forming a new adaptive response that increases the overall resistance of the organism.

As a result of the research proposed combination of the impact of MP on the human body within the parameters MP, allowed the Russian Ministry of health for use in magnetic therapy.

The technical result of the invention is to increase therapeutic effect due to the impact of MP on the entire body and use combinations of modes of exposure MP, which leads to stimulation of the hematopoietic and immune systems, activation of regenerative processes and circulation in the body, increases resistance of the body of man or animals to the action of various damaging factors, but also increases the performance and activity.

This result is achieved in that the proposed correction method F. the purpose ground receiving stations of the condition of the body, including periodic impulse rotating magnetic field, use a combination of stimulation modes: mode I with magnetic induction, selected from a range of values (1,7-3,4) MT, providing a comfortable state of body; mode II magnetic induction, selected from a range of values (2,9-5,8) MT and mode III with magnetic induction, selected from a range of values (0,6-2,3) MT, providing the uncomfortable condition of the body, and the effects of exercise on the entire body modes I, II and III in any order, but start and end mode I; the exposure time is 5-10 minutes for each mode depending on the initial state of the organism, the number of sessions of exposure individually for each organism in the range of 3-20. New is the selection of a specific sequence of modes of the impact of MP on the entire body.

Since the energy impact of weak low-frequency MF used in magnetic therapy, has a value of the same order with the energies of the weak interactions of the systems and organs in the body, which mainly differs from other therapeutic physical factors, in this regard, the exposure parameters MP must lie within the boundaries of the existence of the characteristics of the natural physical and chemical processes. Therefore, to obtain and expedite the better therapeutic effect is not due to an increase in MP, and by the adjustment of its parameters within these boundaries. One way to accomplish this is to use MP, synchronized with its own rhythms of the body that, first, causes instability of the source (pathological) condition of the body (or organ) and, secondly, it moves into a new, more favorable state.

It should be noted that the resonant modes of the impacts identified in very small areas in the vicinity of fixed points in the parameter space. To find such regimes for real biological systems experimentally not only technically difficult, but also problematic, since any functional state of the organism for a certain period of time is characterized by its own set of critical parameters (resonant frequency, the border areas of instability, relaxation times, and so on). However, there are biological parameters that have common patterns, fairly stable in functionally related groups of systems and organs (perform similar or related functions). Taking these parameters as a basis, you can select the most effective modes of exposure MP. From this point of view the most interesting is the cardiovascular system and its reaction to the effects of low-frequency MF. This reaction has a very complex is second nature. It represents an integrated response to both the direct effect of MP on the contractile myocardium and conducting the autonomic nervous system heart and mediated (reflex) effect on the heart and blood vessels. The response of cardiac muscle to influence MP is compensatory-adaptive in nature. The most accessible and informative indicator appearing in the scientific literature based on the analysis of theoretical models and simulation experiments, is the pattern of fluctuations in heart rate.

Therefore, when substantiation of a choice of modes of action of low-intensity pulsed MP on the body we have used theory of fluctuations in a steady non-equilibrium open systems due to the influence of various external influences (Mignolo the Study of open systems, dynamic approach, M, "Science, 1993). Selection of ranges of exposure was performed taking into account the spectral function of the fluctuations of heart rate (Using escape rhythms in medicine, Medical physics, No. 2, 1995; Methodological and technical support to psycho-physiological experiment, edited by Acad. Mavrova, M., "Science", 1995, p.3-13).

Option range “random” fluctuations in the heart rate obtained at rest, are presented in figure 1. Figure 1: the axis U(f) - spectral tightly is to be in relative units; the axis f - frequency spectrum (Hz); function f-1, f-0.9- approximating the real spectrum (solid curve), function (dashed line).

The envelope of this curve with a certain approximation can be approximated by a family of curves of the form f-nwhere n=0,8-1,4. Impact slozhnolegirovannyh magnanim field envelope of the spectrum which has the form f-n(n=0,8-1,4), can cause a different response to physiological changes in the body,

but it is consistent across the spectrum of biological rhythms processes in the body and eventually leads to a state of comfort and to increase therapeutic effect. Impact slozhnolegirovannyh magnetic field, the envelope of the spectrum which has the form f-nbut n<0.8 or n>1,4 perceived by the body as annoying and leads him to the uncomfortable condition (stress response) of an organism.

Therefore, the signal having any analytical expression of the spectral density of which depends on frequency according to the law f-nthat provides a comfortable state of body or discomfort depending on the value n.

When testing the developed method was used magnetoresistor, allows you to generate the signal (see figure 2)has an analytical expression of the type:

U(t)=U0sin(ωt+ϕ)exp(αt),

where U0- the initial and plitude voltage magnetoresistor;

α - attenuation factor;

ω=2πf - frequency oscillations,

since the signals of the exponential, and damped sinusoids are typical representatives of the spectral characteristics close to the mean m/f.

The spectral density of this signal is:

Figure 3 presents the variation of the normalized envelope of the spectral density of this signal U(f) when the modulation frequency f1=100 Hz and the magnitude of the attenuation parameter α. For comparison here are the normalized envelope of the spectral density of the signal U(f)=f-1.

From figure 3 it follows that the similarity of the compared characteristics increases with α. When α>90 (αgenerator~95-96) close enough convergence obtained in the band Δf~50 Hz. The difference of the characteristics is that the signal magnetoresistor performs frequency transformation of the signal, similar to the law changes to U(f)=f-1in the region above ω1(f1~100 Hz). Based on the above we can conclude:

- in the field of wide deviation of the attenuation factor 50<α<100 it is possible to achieve a satisfactory match with the characteristic U(f)=f-1in both branches of the spectrum of the signal magnetoresistor, resulting in the frequency band comfortable activation system HC is Lisitsa approximately two times - in this case, up to Δf~100 Hz (50 Hz in each branch);

outside of this band is implemented stressful arousal of the body, the force of which can be adjusted amplitude mode magnetoresistor - the increase of the amplitude U0the signal amplitude of magnetoresistor promotes the growth of the amplitude of the harmonics "stress" zone (in this case, above 100 Hz and below 50 Hz). The decrease in U0eliminates their power;

- further reduction of U0starts all more pronounced directional resonance effect frequency ω1"breaking free" with decreasing U0from their more distant harmonics affecting the signal acquires the properties of the targeted harmonic blow.

As any impact is characterized by temporal and amplitude parameters, hence it has its own specific frequency properties. In turn, the human and animal body rather conservative system in the frequency field of individual characteristics and therefore always has a certain threshold, which can be either overcome or not. Each state of an organism characterized by some critical (λcat the edge of the amplitude-frequency stability (for example, regulation of membrane potential fluctuation of the heart rate decrease in the s and others), within which the body functions.

Any stimulus that has its own frequency field, as a result of interaction with oscillatory system can lead to three possible outcomes: resonance excitation, a decaying oscillatory process, forced oscillations of the system. In the body these options excitation can carry positive, negative or neutral. The choice of the ways of formation of the new state depends on the initial state of the organism and on the parameters influencing factor. The disease organism is reducing the quality of its oscillatory systems. Therefore, in order to obtain the desired result, you must change the mode of its own steady-state oscillations in this metastable state. In this regard, the impact factor should have a frequency properties of several not combined with existing resonant characteristics of the organism. Offset from the resonance of the body, the frequency of the wave exciting factor (in our case the magnetic field) with appropriate energy like trains oscillatory circuit of the body and for some time returns the previous frequency interaction in it. This impact, obviously, must be long enough to stimulated parts of the responses, overcoming ine the operation of the entire system, could cause her response.

According to our experimental data the body in this mode is uncomfortable sostoyanii (stress response), the degree of which is proportional to the energy of the impact and its duration. At low error frequency characteristics of the organism, the degree of discomfort is reduced and may not even be noticeable. Therefore, to reduce the time required to eliminate the pathological oscillatory processes in the body when exposed to a magnetic field necessary destructive interference, which we confirmed experimentally. So, for signal magnetoresistor type U(t)=U0e-αtSin(ωt+ϕ) the regulation of the magnetic induction in the range of values (1,7-3,4) MT mode I leads to a comfortable condition, and the range of values (2,9-5,8) MT mode II in range (0,6-2,3) MT mode III to the uncomfortable state of the organism.

Also found that feeling comfortable state of an organism depends on its integrity. Essentially, the mode I is a mild irritant. In the case when the integrity of the organism is disturbed slightly, the application of this regime is sufficient to switch the system from pathological in a more consistent state. When significant violations of the integrity of the body must have taken the giving (decrease) magnetic induction in mode II or mode III. In this case, possibly overlapping ranges of values of the magnetic induction for discomfort and magnetic induction for a comfortable condition.

Therefore, it is advisable to use combinations of modes of the impact of MP on the human body in a certain sequence, and the effects are starting mode I, then individually select the sequence of modes I, II or III. For stabilizing and fixing the body in new condition at the end of the combination you need to use the mode I.

Figure 1 shows the spectral function “random” fluctuations of the heart rate obtained at rest.

Figure 2 presents the characteristics of the signal U(t)=U0e-αtSinωt magnetoresistor.

Figure 3 presents the variation of normalized functions of the spectral density of the signal of the experimental setup U(f) when the magnitude of the attenuation parameter.

The proposed method is implemented using magnetotherapy installation "ANTI PD (Hummingbird). In it the formation of a rotating pulse magnetic field in the working area of the inductor, consisting of three identical multiturn coils of large diameter, arranged in the form of a right triangular prism, occurs when the flow in the windings of the coils the same sinusoi the social damped currents, shifted in phase by 120°. The occurrence of these currents by free damped electric oscillations excited in the three paths by successively through ~3·10-3with connections to the coils are pre-charged capacitors. Serial connection to each of the coils with its capacitor implemented by the control unit of the generator repeats with a periodicity of ~1C. So every second for -40·10-3with in the space between the coils occurs pulsed rotating magnetic field. Man is placed in the working area of magnetoresistor so that the area of pathology were in the sphere with radius R/where R is the diameter of the coil of the inductor. The resulting magnetic field rotates around a person affects the whole body.

Real-time effects were controlled by the state of the human body by functional parameters: pulse, blood pressure, temperature, etc. and the method of pay-per-minute survey were fixed touch response (i.e. subjective sensations that occur when exposed to a magnetic field at the area of pathology).

The efficiency of the use of a special sequence of modes of the impact of MP on the entire human body, developed in RFNC-VNIIEF, confirmed when clinically the ohms test on the basis of unit-50 city of Sarov jointly with specialists of the Nizhny Novgorod medical Academy and in Surgut cardionephrology research center, also when conducting experimental research on animals in MRRC RAMS (Obninsk).

We offer a combination of modes of the impact of MP on the body specialists unit-50 was used in the treatment of various diseases. The main group of patients with malignant tumors of various etiologies and organ localization, which is in the final stage (stage III-IV) disease. The other groups treated patients with diseases of the musculoskeletal system, cardiovascular system, inflammation, traumatic injury (sports injuries, fractures, post-operative trauma, infected wounds of the skin and muscle tissue) of different degrees of limitations.

Objective assessment of physiological responses of patients was carried out as in real-time exposure and after physical indicators and using hardware diagnostic systems, allowing to estimate individual physiological and pathophysiological changes.

Special attention in research in this group was drawn to the relief or reduction of pain. According to the obtained results the majority of patients had good immediate and long-term analgesic (painkilling) effect. So, for cancer patients on the background of the decrease of psychoemotional inogo aspect of pain showed a reduction of pain as local, and of a General nature. Moreover, the absence or reduction of pain was observed within 6-12 hours after each session and during 1-1,5 months after a course of magnetic therapy. This was confirmed by the decrease of the dose of anesthetic medications or switching to more “weak” painkillers. In addition, in the process of magnetic therapy was able to significantly reduce the intake of drugs, and in some cases (with the consent of the patient) completely abandon them.

For other groups of patients without malignancies, analgesic effect and its duration were observed depending on the degree of development of the pathological process.

Thus, following the relief of pain with MP, you can get quite a favorable and sustainable therapeutic effect compared to traditional narcotic and non-narcotic analgesics, as in the case of MP to a lesser extent violated the natural patterns and processes in the body that contributes to the normalization of pathological processes. Application of the developed combinations of modes of exposure MP for the relief of pain allows you to block all channels encoding of pain, to strengthen its own electric field of the human body (accelerating PE is edacho impulses through nerve fibers to the Central nervous system), thereby to enhance the antinociceptive system of the brain. Resulting in reduced pain, both local and General, increased sensitivity to the effects, relieves emotional aspect of pain.

The proposed method of correction of the functional state of the organism allows you to get a good (immediate and delayed) results in anti-inflammatory, regenerative and analgesic effects.

The following are examples of the use of the proposed combinations of modes of exposure MP, developed in RFNC-VNIIEF:

Patient E.

Diagnosis: diabetes mellitus, inflammation of the joints of the spine.

Complaints to the holding magnet therapy: sleep disturbance, headaches, weakness, pain in the spinal area.

Used modes: mode I - magnetic induction 2,3 MT, providing a comfortable state of body; mode II magnetic induction of 1.2 MT, uncomfortable providing state of the organism.

The combination of effects: the mode I in the exposition 10 minutes

mode II in the exposition 10 minutes

mode II in the exposition 10 minutes

the mode I in the exposition 10 minutes.

The number of sessions per course of magnetotherapy - 7.

After a course of magnetic therapy improved overall health, normalized sleep, pain in the joints of the spine is no, decreased the sugar content in the blood. During magnetic therapy carried out the adjustment of the input dose of insulin may be reduced in accordance with reduction of blood sugar.

Patient F.

Diagnosis: chronic tonsillitis in the acute stage.

Complaints to the holding magnet therapy: the difficulty of nasal breathing, insomnia, and headaches.

Used modes: mode I - magnetic induction 2,3 MT, providing a comfortable state of body; mode III - magnetic induction 4 MT, providing state of the stress response of the organism.

The combination of effects: the mode I in the exposition 10 minutes

mode III in the exposition 10 minutes

mode III in the exposition 10 minutes

the mode I in the exposition 10 minutes.

The number of sessions per course of magnetotherapy - 3.

After the first session the patient had improved nasal breathing. Upon completion of the course magnetic therapy improved overall health, nasal breathing freely, no headaches, normalized sleep.

Patient M.

The diagnosis of sinusitis.

Complaints to the holding magnet therapy: the difficulty of nasal breathing, a feeling of swelling in the area of the maxillary sinuses, severe headaches.

Used modes: mode I - magnetic induction 2,3 MT, providing a comfortable state of body; mode III - magnetic induction of 3.4 MT, about the ensuring state of the stress response of the organism.

The combination of effects: the mode I in the exposition 10 minutes

mode III in the exposition 10 minutes

mode III in the exposition 10 minutes

the mode I in the exposition 10 minutes.

The number of sessions per course of magnetotherapy - 3.

After the first session the patient felt reduce swelling in the nose and reduce headaches. Upon completion of the course magnetic therapy improved overall health, nasal breathing freely, no headaches.

The most complete study on the testing of the developed combinations were held in Surgut cardionephrology research center [Annagdv, Tairova, Viagraside. Protocol of clinical trials generator of low-intensity pulsed rotating magnetic field "Hummingbird", Surgut, KSC, 1995]. For five months there has been a magnet for ninety patients aged 6 to 60 years with various diseases. The distribution of patients into groups according to nosology are given in table. 1.

Condition treatment for patients with essential hypertension was continued and the same dosage of drug therapy in cases when patients were receiving throughout the course of magnetotherapy. In diseases of the spine, joints, inflammatory bronchopulmonary processes, inflammatory diseases of the organs of b is usnei cavity for the treatment of selected patients with moderate clinical symptoms of exacerbation of these processes, not treated medicamentosa during the course of magnetotherapy, which allowed to estimate a stand-alone therapeutic effect of the MP.

The condition of patients, who underwent magnetic therapy, clinically evaluated according to the following criteria:

in hypertension - change in blood pressure, heart rate, characteristics of sleep a night, and on the basis of self-assessment by patients of their General health;

- diseases of the spine and blood vessels - according to the degree of severity of pain, the degree of restriction of movement, sensation, and reflexes;

- in chronic bronchopulmonary inflammation - frequency changes in respiratory movements during a standard physical activity, coughing reflex, change in sputum;

when inflammation of the liver, gallbladder, pancreas on the basis of severity of pain, dyspeptic phenomena.

For an objective assessment of physiological responses of patients during magnetic therapy was used hardware and software diagnostic systems, allowing to estimate individual physiological and pathophysiological changes at the system level:

- computer electroencephalography and mapping the frequency-amplitude characteristics of the bioelectrical Akti the activity of the brain (EEG);

- computer rheoencephalography (REG), reflecting the dynamics of pulse volume hemispheric blood flow, the condition of the tone-elasticity cerebral arteries;

- computer Doppler ultrasound, which allows to determine the linear velocity of blood flow in the carotid and vertebrate arteries, arteries of the extremities (WEDG);

- rheovasography of limb arteries (IPAS);

- computerized spirometry, reflecting the parameters of external respiration;

- computerized ECG, reflecting changes in heart rhythm, the trophic status of the myocardium;

- computer cardiointervalography (CIG), allowing to assess the state of autonomic regulation at various levels of integration;

- echoencephalography (echo-EG), allowing to determine the size of the ventricular system of the brain and to assess the intracranial CSF pressure;

echocardiography (echo KG) with computer image processing;

- computer veloergometry (VEM), which reflects the tolerance of the body, especially the cardiovascular system, dosed physical load;

computer infrared radiometry (IR), allowing to evaluate the localization and severity of inflammatory processes of the internal organs, associated disturbances of microcirculation and organ blood flow.

Testing the proposed combines the th impact showed the following. In hypertension the overall positive assessment of the results of magnet therapy course, which consisted of 10-12 sessions, self-assessment of the patients was equal to 85%. After the first session, patients noted primarily distinct sedative effect, which is to improve nighttime sleep, the decrease in the intensity of the emotional-volitional disorders. An overall improvement of neurodynamics pointed to the results of standard correction test, improved by 20-25 units. Decreased incidence and severity of cephalgic syndrome. Blood pressure after each of the sessions was reduced by 5-15 mm RT. Art. and hypotensive effect was the greater, the higher the level of blood pressure before the session. After treatment blood pressure both systolic and diastolic, stabilized at an average of 12-18% lower than prior magnetic therapy at constant basic drug therapy. The stabilizing effect of MP on the level of arterial pressure occurred more often after 5-6 sessions. Heart rate is often reduced by 5-7 per minute. Only 15% of patients magnetotherapy has not yielded significant positive effect. In these cases, the observed General malaise, reduced efficiency, sleep disturbances, instability of arterial Yes the population, strengthening headache.

Conducted clinical-physiological mapping allowed us to analyze the effects. So, in the observations positive patients were more often presented by persons with the duration of the clinical phase of disease from 5 to 10 years, the level of blood pressure within 140/90-170/100 mm Hg, with rare krizovany increases in blood pressure or without such. In the study of Central hemodynamics in this group of patients was determined by the state of akinesia or moderately hypokinetic circulation changes with a decrease in stroke volume of the heart and cardiac output is not more than 5-15% of the proper and moderate rise in total peripheral vascular resistance. Cerebral hemodynamics was characterized by an increase in the speed of blood flow in the carotid and vertebrate arteries by 15-20% due due to blood pressure and increased tone of the main arteries of the head. Volume pulse volume of cerebral vessels was moderately snizhennym or age norms. Venous outflow from the cranial cavity was slow. Reactivity of cerebral arteries was saved. Moderately expressed changes in the brain and Central circulation was consistent with the picture of the EEG, determined the level of moderate diffuse changes often the type of desynchronization. Sessions magnet therapy was accompanied by a change of heart activity by type of increase in the period of diastole and the period of exile at the same time with a moderate decrease in total peripheral vascular resistance. Such changes of the Central circulation was accompanied by some reduction in the linear velocity of blood flow through the major arteries of the head, caused by reduced blood pressure, dilatation of cerebral arteries small calibre with some increase in stroke volume of the heart and cardiac output. The reaction of desynchronization in EEG were replaced by moderate synchronization with the restoration of stable alpha activity in the occipital region. The totality of these changes in the Central and cerebral circulation should, apparently, be considered adequate and favorable type of cardiovascular response to the impact of MP on specified combinations in hypertension.

Patients with adverse effect equally were presented by persons in the early stages of hypertension, disease duration of 1-3 years, with mild and non-permanent increase in blood pressure, and those with long-term, 10-15 years of history, consistently high blood pressure. They revealed giperdinamicheskim state Central the hemodynamics, with the increase in the stroke volume of the heart, cardiac output and total peripheral vascular resistance. The study of cerebral hemodynamics showed increased volume pulse volume of the brain, in which the increase in cerebrovascular resistance at the level of the main arteries of the brain with scorekeeping blood flow and precapillaries vascular resistance had protective-compensatory value. Due to increased work of the heart and lower General and cerebral vascular resistance sessions magnet therapy caused a further increase in volume of cerebral blood flow with increasing precapillaries resistance may arteriopathies nature, venous plethora of brain and increased intracranial pressure, which was accompanied by changes in EEG, reflecting common disorders of cerebral metabolism and neurodynamics. Such paraphysical reaction was the basis for the development of the clinic intracranial hypertension and cerebral circulatory hypoxia. In patients with a long period of hypertension and stable high blood pressure observed changes in Central blood type inactivity, during which a reduction in the stroke volume of the heart and cardiac output combined with significant and persistent surface to the solution of peripheral blood flow and linear flow velocity, signs of hypoactivity cerebral vessels due to Galison and atherosclerosis of cerebral vessels. A reduction in peripheral vascular resistance and decrease in heart rate when magnetic therapy was accompanied by a further decrease in cardiac output, cerebral blood flow at the level of the main arteries of the brain, which could not be compensated by the dilatation at the level of arterioles due to changes of the vascular wall and hyperactivity intracerebral vessels. This was accompanied by a decrease in cerebral blood flow, slowing of the venous outflow. An additional factor in this subgroup of patients was the presence of initial hypertension-hydrocephalia syndrome revealed by echoencephalography.

From the group observed in patients with inflammatory-dystrophic diseases of the spine and joints eight had clinical manifestations of osteochondrosis, five - rheumatic and rheumatoid arthritis. The exposure was carried out under mild exacerbation of the process. When degenerative disc disease, manifested by the development of radicular and muscle-fascial pain, 3 patients had symptoms of discogenic compression of the lumbar roots with the corresponding loss of sensitivity and reflexes. When thermal study of the manifestation process what was hyperthermia in the region most affected segment of the spine, when root compression is the presence of hyperthermia zones along the spine. Rheumatic and rheumatoid arthritis was observed common joint pain, swelling and limitation of motion in the joints, the phenomenon of crepitate in them. When thermography was observed zone of hyperthermia in the region of the articular inflammation with a temperature gradient in the 0.8-2.0°C. Magnetotherapy with the first session gave a pronounced sedative and analgesic effects of General and local character. Analgesic effect was confirmed objectively when measuring a dolorimeter. The presence, along with segmental, cerebral mechanism analgesia indirectly confirmed by the changes in the EEG, indicating decreasing levels thalamocortical activation (decrease synchronization of EEG effects in the background, and functional probes). In addition to analgesic took place anti-inflammatory effect of a General nature (the decrease in intensity of the corresponding changes in peripheral blood) and local, in the form of increased volume of active and passive movements, swelling of the joints, decreasing the level of hyperthermia to anisetree or reduce thermoasymmetry when radiometry to 0.3-0.65°C. When root compression in patients with osteochondrosis of the analgesic effect of magnetotherapy was insignificant.

In General, the group in which all cases of rheumatic and rheumatoid arthritis and polyarthritis at the end of the treatment course of 12-15 sessions were observed complete elimination of the acute phenomena of disease without the use of drug therapy, suggesting a pathogenetic and layered effect of the use of the developed combinations.

In the group of patients with chronic inflammatory bronchial diseases of the eleven patients in the three observations occurred bronchial asthma, in the other - exacerbation of chronic bronchitis. Clinically bronchial asthma had asthma bronchial obstruction with an incidence of 1 to 3 per day in combination with signs of respiratory distress permanent. Bronchitis had a fever, dyspnea, cough, reduced external respiration during spirometry. Magnetic therapy in all cases of exacerbation of chronic bronchitis had a positive effect in the form of a normalization of body temperature, elimination of cough, dyspnea reduction, a significant increase of external respiration without the use of concurrent drug therapy. Bronchial asthma is a significant positive effects of subjective and objective nature not mentioned.

In the group with chronic inflammatory processes of the digestive system had chronic cholecystitis in a state of moderate exacerbation (at the beginning of treatment). In other cases, exacerbation of chronic pancreatitis. Clinically noted persistent or associated with meals Bo is in the upper quadrants of the abdomen, dyspepsia. Ultrasound was determined signs of thickening of the gallbladder mucosa, various sizes bile concrements, increased echogenicity of the pancreas and increase its size. When thermography was determined hyperthermic pockets with temperature gradients from 0.5 to 3.0°With the projection of the gallbladder, liver, pancreas. Magnetic therapy in this group in the majority of cases the effect was from the first session in the form of reduction and subsequent complete elimination of pain, reduce the severity of dyspepsia. Objective control, evidenced a decrease in the severity of reactive inflammation, as it was shown by the disappearance or reduction of hyperthermic foci when thermogravimetry, normalization ultrasound picture of the pancreas. It is noted that the presence of concrements in the gallbladder does not affect therapeutic effect of magnetotherapy.

Experimental studies in MRRC RAMS gablinske to study the effects of the developed schemes magnetic fields on tumor cell carcinoma of the lung Lewis (strain LLC), in transplantable tissue muscles of the left thigh of the mice of F1 hybrids(Swahs/6) showed that 10-day exposure to magnetic fields do not affect the growth of the primary tumor (its mass to 19 days after inoculation insignificant mind is lsils with 6.3 g to 6.1 g), however, the number of formed metastasis in experimental group was significantly less than in the controls (20.4% and 7.6 nodes, respectively). The result is unique.

Method of correction of functional state of organism

Table 1
NosologyThe number of patientsPercentage
Hypertension3336.7
Diseases of the spine and joints1314.4
Chronic bronchopulmonary processes1112.2
Chronic inflammation of the gallbladder, liver, pancreas1617.8
Other1718.9
Only90100

Method of correction of the functional state of the organism, including periodic impulse rotating magnetic field, characterized in that use combinations of stimulation modes: mode I with magnetic induction, selected from a range of values (1,7-3,4) MT, providing a comfortable state of body; mode II magnetic induction, selected from a range of values (2,9-5,8) is T, and mode III with magnetic induction, selected from a range of values (0,6-2,3) MT, providing the uncomfortable condition of the body, and the effects of exercise on the entire body modes I, II and III in any order, but start and end mode I; the exposure time is 5-10 min for each mode depending on the initial state of the organism, the number of sessions of exposure individually for each organism in the range of 3-20.



 

Same patents:

FIELD: medical engineering.

SUBSTANCE: device has three concentric inductance coils arranged in mutually perpendicular relation to each other, control unit producing signals for controlling feeding voltage of winding of each inductance coil. The control unit has PC with software installed and interface unit and three-channeled power amplifier. The PC is connected to the power amplifier for controlling voltage on each coil. The power amplifier is used for supplying voltage to coil windings. Coil windings are arranged turn-by-turn in a way that turns of the same number intersect.

EFFECT: enhanced effectiveness of treatment.

5 dwg

FIELD: medicine; medical engineering.

SUBSTANCE: method involves acting upon pathological cells and tissues with constant and/or low frequency alternating electromagnetic field of 1 to 100 mTesla units large intensity and frequency of 1 to 1000 Hz. The device has means for producing constant and/or low frequency alternating electromagnetic fields permeating working space.

EFFECT: enhanced effectiveness in treating pathological tissues without harmfully influencing healthy cells.

19 cl, 5 dwg, 5 tbl

The invention relates to medical equipment and can be used for the treatment of various etiologies methods magnetotherapy

The invention relates to medical engineering, in particular to a device for physiotherapeutic exposure to optical radiation and magnetic field on biological object

The invention relates to medicine and can be used in magnetic therapy

The invention relates to medicine, more specifically to the means of treatment, and can be used in physiotherapy

The invention relates to medical equipment, namely, devices for physiotherapy

The invention relates to the field of Biophysics

FIELD: medicine; medical engineering.

SUBSTANCE: method involves acting upon pathological cells and tissues with constant and/or low frequency alternating electromagnetic field of 1 to 100 mTesla units large intensity and frequency of 1 to 1000 Hz. The device has means for producing constant and/or low frequency alternating electromagnetic fields permeating working space.

EFFECT: enhanced effectiveness in treating pathological tissues without harmfully influencing healthy cells.

19 cl, 5 dwg, 5 tbl

FIELD: medical engineering.

SUBSTANCE: device has three concentric inductance coils arranged in mutually perpendicular relation to each other, control unit producing signals for controlling feeding voltage of winding of each inductance coil. The control unit has PC with software installed and interface unit and three-channeled power amplifier. The PC is connected to the power amplifier for controlling voltage on each coil. The power amplifier is used for supplying voltage to coil windings. Coil windings are arranged turn-by-turn in a way that turns of the same number intersect.

EFFECT: enhanced effectiveness of treatment.

5 dwg

FIELD: medicine.

SUBSTANCE: method involves treating organism with rotating magnetic field. Action mode I has magnetic field intensity of 1.7-3.4 mTesla units giving comfortable organism state. Mode II has magnetic field intensity of 2.9-5.8 mTesla units. Mode III has magnetic field intensity of 0.6-2.3 mTesla units giving discomfort organism state. The treatment is spread over the whole organism by applying modes I-III in any succession order with mode I selected at the beginning and end. Exposure time is equal to 5-10 min in each mode depending on initial organism state. The number of sessions is selected from 3 to 20 in manner individual for each organism.

EFFECT: enhanced effectiveness of treatment.

3 dwg, 1 tbl

FIELD: medicine; medical engineering.

SUBSTANCE: method involves applying variable electromagnetic field excited by amplitude-modulated signal having carrier frequency in 100-1000 kHz bandwidth and modulating frequency in 10-8000 kHz bandwidth, and irradiation with low intensity quasi-monochromatic radiation of visible and proximal infrared wavelength bandwidth with small spectrum width. Two action elements are used when performing the treatment. The first one is vaginal action element having inductive transmitter of resonant type emitting electromagnetic oscillations with carrier frequency belonging to 100-1000 kHz bandwidth amplitude-modulated in 10-8000 kHz bandwidth and low intensity quasi-monochromatic radiation of visible and proximal infrared wavelength bandwidth with small spectrum width. The treatment is carried out concurrently and in continuous mode. The device has power supply source, sinusoid signal oscillator and vaginal action element having dielectric casing. The casing encloses inductive transmitter winding. The sinusoid signal oscillator has active oscillator with inductive transmitter winding being concurrently used as inductive element of oscillatory circuit of the active oscillator. Low frequency oscillator is additionally available. Its output is connected to active oscillator circuit via modulator. Control tract has in series connected amplitude detector, DC amplifier and indicating unit. An additional supracutaneous treatment element has active oscillator, inductive transmitter winding concurrently serving as active oscillator inductance element, modulator, which input is connected to low frequency oscillator output and its output is connected to active oscillator circuit. The control tract has in series connected amplitude detector, DC amplifier and indicating unit. M photodiodes are connected in series via timer and acoustic indication element.

EFFECT: enhanced effectiveness of treatment.

5 cl, 4 dwg

FIELD: medicine; medical engineering.

SUBSTANCE: method involves applying electromagnetic field excited with amplitude-modulated signal having carrying frequency of 100-1000 kHz and modulation frequency of 50-8000 Hz. Patient body trunk is subjected to field treatment and to concurrently acting electromagnetic field formed by amplitude-modulated signal having carrying frequency of 100-2000 kHz and modulation frequency of 50-8000 Hz in local mode. Device has power supply source, sinusoid signal oscillator, action element, low frequency source, one or several local action elements and control tracts. A control tract has amplitude detector, DC amplitude and indication unit.

EFFECT: enhanced effectiveness of treatment; accelerated healing process.

4 cl, 3 dwg

FIELD: medical engineering.

SUBSTANCE: device has cylinder cut along a plane passing through its axis and permanent electromagnet. The electromagnet is arranged in a way that one of its poles is in front of the first half of the cylinder and the other one is in front of the second half. Protrusions are available on the internal side of one of cylinder halves and openings are available on the other one. The openings and protrusions match each other in shape.

EFFECT: enhanced effectiveness in treating strictures with gradually increasing pressure without changing instrument; excluded traumatic urethral mucous membrane injuries.

1 dwg

FIELD: medical engineering.

SUBSTANCE: device has power supply source, M-photodiodes, inductive radiator mounted on flat dielectric carcass, active oscillator, modulator and low frequency oscillator circuits. The radiator is mounted in dielectric casing having two parts. Low frequency oscillator has oscillator of continuously variable frequency in frequency bandwidth of 10-8000 Hz. The device has additional control tract. The tract has in series connected amplitude detector, Dc amplifier and indicator light-emitting diode, timer and acoustic indication unit.

EFFECT: wide range of functional applications.

3 dwg

FIELD: medicine.

SUBSTANCE: method involves determining availability of acute or chronic inflammatory process, inflammation form and stage. Acute inflammatory process being detected in paranasal sinuses of exudative form in catarrhal stage, treatment with extraweak electromagnetic field is administered at the following frequencies: 1.5; 2.5; 2.9; 53.5; 57.0; 75.5; 910.0 Hz in combination with quantum therapy in red light matching the electromagnetic field and directed to nose area in frequency, daily, 4-5 sessions per course. Acute inflammatory process being detected in paranasal sinuses of exudative form in serous stage, treatment with extraweak electromagnetic field is administered at the following frequencies: 2.5; 2.9; 1.7; 1.75; 9.4; 57.0; 58.0; 73.5; 522.0; 4900.0 Hz in combination with quantum therapy in blue and green light matching the electromagnetic field and directed to nose area in frequency, daily, 5-6 sessions per course. Acute or chronic inflammatory process being detected in paranasal sinuses of exudative form in purulent stage, treatment with extraweak electromagnetic field is administered at the following frequencies: 2.5; 2.9; 57.0; 58.0; 53.5; 727.0; 787.0; 802.0; 880.0; 11000.0 Hz in combination with quantum therapy in blue, green and red light matching the electromagnetic field and directed to nose area in frequency, daily, 6-7 sessions per course.

EFFECT: enhanced effectiveness of treatment.

FIELD: medical engineering.

SUBSTANCE: device has high frequency active oscillator and emitter designed as oscillatory LC-circuit. Additional double-pin plug, matching four-terminal network, attenuator and diode rectifier are connected in series. Outlet rectifier terminals are connected to the active oscillator circuit. The device operates with the double-pin plug being connected to acoustic three-program wired radio socket.

EFFECT: enhanced effectiveness of blood circulation recovery; improved rheologic blood properties.

2 cl, 1 dwg

FIELD: medicine.

SUBSTANCE: physiotherapeutic apparatus has power supply, case with cap inside which M light-guides of one type and P light-guides of the other type are disposed. Device also inductive radiator with winding disposed onto flat dielectric frame, auto-generator circuit, modulator, low frequency signal generator and control circuit. Base with light-guides is installed in center of frame of inductive radiator. M light-guides are connected in series with power supply by means of first two-terminal two-positioned switch. P light-guides are connected in series with power supply by means of second two-terminal two-position switch. Control circuit has amplitude oscillator connected in series with dc amplifier and light-guide/indicator. Input of control circuit is connected with active oscillator circuit. Power circuits of active oscillator circuits, modulator, low frequency signal oscillator and control circuit are connected with power supply by means of third two-terminal two-position switch.

EFFECT: widened operational capabilities.

3 dwg

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