RU2632619C1 - Method for treatment of patients with arterial hypertension - Google Patents

Abstract

FIELD: medicine.

SUBSTANCE: once a day, during breakfast, a colloidal preparation of Cardio Support, 3-5 ml, diluted in 200 ml of drinking catholyte with a total mineralization of 300 to 600 ppm with a redox potential of -200 mV to -700 mV and a hydrogen pH from 8 to 11 is introduced. Before lunch, an exercise complex is performed for 15 minutes, manual classical massage or mechanical massage of the cervical collar zone is performed for 15 minutes, repeated exercise complex is performed for 15 minutes. Further, a contrast shower of the upper and lower limbs and the whole body is performed, as well as an anolyte shower or rubbing of the whole body with an anolyte with a redox potential of +450 mV to +800 mV and a pH of 6.0 to 4.0 for 5 minutes, respectively, with anolyte temperature of +37°C - +40°C. Next, a catholyte bath or a shower with a redox potential of -200 mV to -700 mV and a hydrogen pH of 8 to 11 is performed for 15 minutes with a catholyte temperature of +37°C - +40°C. After that, rubbing and resting take place for 15 minutes, then an exercise complex is performed for 15 minutes, manual classical massage or mechanical massage of the neck-collar zone is performed for 15 minutes and repeated exercise complex is performed for 15 minutes. Then again, a catholyte bath or catholyte shower, rubbing and resting take place for 15 minutes. Before eating, 200 ml of drinking catholyte is introduced into the meal. Between lunch and dinner, an exercise complex is performed for 15 minutes, manual classical massage or mechanical massage of the cervical collar zone is performed for 15 minutes, repeated exercise complex is performed for 15 minutes. Then a contrast shower of the upper and lower limbs and the whole body is performed, as well as an anolyte shower or rubbing of the whole body with an anolyte for 5 minutes. Then a catholyte bath or a catholyte shower is performed. After bath, rubbing and resting take place for 15 minutes. After that, once again, an exercise complex is performed for 15 minutes, manual classical massage or mechanical massage of the neck-collar zone is performed for 15 minutes and repeated exercise complex is performed for 15 minutes. Then again a catholic bath or a catholyte shower takes place. After bath, rubbing and resting take place for 15 minutes. After this, 200 ml of drinking catholyte is administered for dinner before meals. The introduction of catholyte for dinner is performed till 20⁰⁰.

EFFECT: effective treatment of arterial hypertension, prevention of the development of pathogenic bacteria and fungi on the body.

5 tbl, 5 dwg, 2 ex

Description

The invention relates to medicine, in particular to cardiology, physiotherapy and rehabilitation medicine, namely to the treatment of arterial hypertension, as well as to catholytic therapy.

Currently, arterial hypertension (hypertension) is considered as one of the most important risk factors for an adverse outcome of diseases of the cardiovascular system.

Currently, for the systematic treatment of hypertension, drugs from the following groups of antihypertensive drugs are used: beta-blockers, slow calcium channel blockers, angiotensin converting enzyme (ACE) inhibitors, antagonists or ACE blockers, diuretics. However, despite the ever-increasing choice of antihypertensive drugs, difficulties with individual selection of a drug often arise. This may be due to the restriction of contraindications for this group of drugs, their intolerance, concomitant diseases, and insensitivity to the selected drug.

Among the known effective antihypertensive drugs, angiotensin-converting enzyme inhibitors and antagonists should be distinguished, which include capoten (synonyms: captopril, acetene) - an inhibitory ACE (https://health.mail.ru/drug/capoten/), and cozaar (synonym for losartan) , which is an antagonist of ACE (https://health.mail.ru/drug/cozaar/).

The disadvantages of these funds include the development of side effects of capoten in the form of a dry cough (due to the accumulation of bradykinin) and other side effects from the kidneys, blood, etc. Side effects of cozaar are less pronounced, however, quite often the desired hypotensive effect with the use of cozaar in some patients cannot be achieved. The above dictates the need for a further search for methods for optimizing the treatment of hypertensive patients.

Known agent for the treatment of arterial hypertension, which is an N-acetyl-5-methoxytryptamine (melatonin). See RF patent 2134108, publ. 08/10/1999.

There is a method of treating arterial hypertension using rectal insufflations of an ozone-oxygen mixture in a volume of 300 ml with an ozone concentration of 3 mg / l in output for 10-12 days (Alekhina S.P., Scherbatyuk T.G. Ozone therapy: clinical and experimental aspects Nizhny Novgorod, 2003 - S. 130).

There is also known a method of treating arterial hypertension with daily intravenous drip infusion of 50 ml of ozonized physiological solution of sodium chloride, pre-treated for 5 minutes with an ozone-oxygen mixture with an ozone concentration of 1000-1200 μg / l and a gas flow rate of 500 ml / min until a solution of ozone concentration of 4 mg / l, the number of 7-10 procedures (Ozone therapy in the complex treatment of hypertension / D.P. Drapova, V.E. Salyukova, T.G. Ivanova, N.A. Platonova, A.N. Balandin // Actual issues healthcare: problems, searches, solutions: materials of the 40th scientific and practical conference of doctors of the Ulyanovsk region. - Ulyanovsk. - 2005. - P. 66-67). However, the use of this method has disadvantages. The described method involves the daily introduction of ozonized physiological saline and a fixed concentration of ozone-oxygen mixture.

There is also a method of treating arterial hypertension using dry carbon dioxide baths (Lvova N.V. Balneotherapy for hypertension [Text] / N.V. Lvova // Actual problems of rehabilitation medicine, balneology and physiotherapy: materials of the International Congress “Health Center - 2002”. - M., 2002 .-- S. 131). This method consists in the following: dry carbon dioxide baths (concentration of carbon dioxide 40-50%, temperature of the gas mixture 38-35 ° C) lasting 20 minutes are carried out by a general course of 8-10 procedures every other day or every day.

A known method of treating arterial hypertension (RF patent 2418592, publ. 05/20/2011), in which prostaglandin E2 is administered in the form of a 0.0008% solution. Prostaglandin is administered intravenously, starting at a speed of 50-100 ng / kg / min, increasing the rate of administration every 10 minutes by 20-40 ng / kg / min, bringing to 150-300 ng / kg / min, for 40-60 minutes. Only three introductions per course with intervals between them 1-2 days. The additional administration of prostaglandin E2 in the developed doses and regimen provides an effective normalization of blood pressure over a long period due to increased excretion of prostaglandins by the kidneys, pronounced vasodilation of the vessels of the kidneys, heart, and brain, as well as normalization of the functional activity of platelets.

A known method of treating arterial hypertension with dosed physical activity with the additional introduction of diaphoretic plant collection (RF patent 2303431, publ. 15.06.2005). The method provides an effective pressure reduction due to profuse sweating, accompanied by the release of chlorides.

Also known is a method of treating arterial hypertension with metabolic syndrome, characterized in that, against the background of drug treatment, a functional food product “Samara healthy 61” is additionally added to the diet at least 33 g per meal - for breakfast, lunch, or dinner (RF patent 2504390, publ. 20.01.2014).

Widely known are medical methods for reducing pressure, for example, the method according to RF patent 2418592, publ. 05/20/2011, based on prostaglandin treatment.

The disadvantages of treatment are all kinds of complications from taking medications.

A known method for the treatment of arterial hypertension, including the introduction after a dosed physical load of a diaphoretic plant collection (RF patent 2303431, publ. July 27, 2007).

There is also a method of treating arterial hypertension with color therapy (RF patent 2383364, publ. 03/10/2010).

A common disadvantage of the above known methods is the low efficiency and long duration of treatment of arterial hypertension.

Another analogue to the proposed is a method for the treatment of patients with arterial hypertension, described in the article by Chernyshev A.V. (Forum "Actual problems of rehabilitation medicine, balneology and physiotherapy", Samara. - 2009, http://www.sanatoria.ru/text.php?id=325). The method includes physical activity, hydrogen sulfide and "dry" carbon dioxide baths, air and sun baths.

The disadvantage of the analogue is the low treatment efficiency.

An analogue of the invention is a method for the treatment of patients with arterial hypertension with metabolic disorders by means of physiotherapeutic effects (RF patent 2462222, publ. 09/27/2012), including physical therapy complex, "dry" carbon dioxide baths, hydrogen sulfide baths, characterized in that they also perform manual classical massage cervical-collar zone, mountain air hypoxicotherapy and four-chamber contrast baths on the upper and lower extremities, and the course of treatment is 20 days, of which daily physiotherapy exercises in the amount of 15-20 lessons, manual massage of the cervical-collar zone in the amount of 10-15, hypoxic therapy "Mountain Air" in the amount of 10-15 and four-chamber contrast baths for the upper and lower limbs in the amount of 10-15, and "dry" carbon dioxide baths are carried out every other day in the amount of 10 procedures for 15 minutes at a temperature of 35-37 ° C, alternating with hydrogen sulfide baths at a temperature of 35-37 ° C in the amount of 10 procedures for 15-20 minutes, and hypoxic therapy is carried out, gradually reducing the procedure time from 60 to 30 minutes and reducing the percentage of ki sulphide up to 10-12%, and four-chamber contrast baths are carried out for 10 minutes in 9 modes, changing the temperature from 22 to 42 ° C.

A common disadvantage of the above analogues is the lack of effectiveness and long duration of treatment.

The prototype of the invention is a method of treating patients with arterial hypertension, in particular, with metabolic disorders, which consists in taking the cardio Sapport colloid preparation 3 ... 5 ml, once a day during breakfast, previously diluted in water (http: // company-argo. com / index.php / katalog-argo / kolloidnye-preparaty / kardio-sapport-kolloidnaya-fitoformulf-237-ml-detail). All these features are consistent with the features of the invention.

The disadvantage of the prototype is the lack of effectiveness and the long duration of treatment is several months.

The objective of the invention is to provide a method that can significantly increase the effectiveness of the treatment of patients with arterial hypertension. The problem is solved as follows.

A method for the treatment of patients with arterial hypertension, in particular with metabolic disorders, which consists in taking the cardio Sapport colloid preparation 3 ... 5 ml once a day during breakfast, and differs from the prototype in that the Cardio Sapport preparation is diluted in 200 ml before use drinking catholyte with a redox potential of from -200 mV to -700 mV and a pH of 8 to 11,

in this case, after taking the drug Cardio Support, carry out, before lunch:

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- contrast shower of the upper and lower extremities at a temperature of + 18 ° С ... + 20 ° С for 1 minute and + 42 ° С ... + 45 ° С for 1 minute;

- contrast shower of the whole body at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute;

- anolyte shower or rubbing the whole body with anolyte with a redox potential from +450 mV to +800 mV and a pH of 6.0 to 4.0, respectively, for 5 minutes with anolyte temperature + 37 ° С ... + 40 ° С;

- taking a catholyte bath with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after bathing - rubbing and rest for 15 minutes;

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- taking a catholyte bath with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after bathing - rubbing and rest for 15 minutes;

in addition, between lunch and dinner carry out:

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- contrast shower of the upper and lower extremities at a temperature of + 18 ° С ... + 20 ° С for 1 minute and + 42 ° С ... + 45 ° С for 1 minute;

- contrast shower of the whole body at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute;

- Anolyte shower or rubbing the whole body with anolyte with a redox potential from +450 mV to +800 mV and a pH of 6.0 to 4, respectively, for 5 minutes with anolyte temperature + 37 ° С ... + 40 ° С;

- taking a catholyte bath with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after bathing - rubbing and rest for 15 minutes;

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- taking a catholyte bath with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after bathing - rubbing and rest for 15 minutes;

at the same time, 200 ml of catholyte with a redox potential of –200 mV to –700 mV and a pH of 8 to 11 is drunk before lunch;

as well as before eating dinner, 200 ml of catholyte is drunk with a redox potential of -200 mV to -700 mV and a pH of 8 to 11, and catholyte should be taken for dinner by ^20:00 ;

and, at least, before the implementation of the treatment method and after the implementation of the treatment method, control the health indicators of a person, in particular, monitor blood circulation indicators depending on the loads; while the total mineralization of drinking catholyte is from 300 to 600 ppm.

The actions described above can be called catholytic therapy. Catholyte therapy is a treatment associated with oral catholyte, as well as with catholyte baths and / or showers.

The technical result is to increase the efficiency and reduce the treatment time of arterial hypertension.

An additional technical result is the prevention of the development of pathogenic bacteria and fungi on the body of a person taking catholytic baths.

The second additional technical result: in case a patient with arterial hypertension suffers from purulent-inflammatory diseases and psoriasis (squamous lichen), the treatment method proposed in the application will allow treating these skin diseases.

The specified technical result is achieved due to the complex effect of the drug Cardio Support and catholytic therapy.

Catholyte therapy - treatment of diseases using catholyte.

Cardio Support (Cardio Support) - a drug that contains natural antioxidants that perfectly cleanse blood vessels from foreign cells and neoplasms. Adults take 5 ml daily, children 3 ml.

Long-term studies of the drug revealed the following beneficial effects on the human body (http://magazin-argo.ru/catalog/kardio-sapport?yclid=1751118300690516969).

The effect of Cardio Support on the heart:

- improves blood supply to the heart vessels;

- strengthens contractions of the heart muscle;

- increases the energy supply of the heart;

- creates resistance to physical stress.

The effect of the drug for the heart on the heart vessels:

- increases the density of vascular tissue, strengthens their inner layer;

- improves blood flow;

- reduces the level of viscosity;

- dilates blood vessels;

- relieves spasms.

Impact on the nervous system:

- reduces pain;

- stabilizes the heart rhythm;

- the vessels of the heart, brain, kidneys and limbs have a calming effect on spasms;

- normalizes sleep.

Impact on lipid metabolism:

- reduces the level of health hazardous low-density proteids;

- reduction of cholesterol in the body;

- a decrease in the percentage of triglycerides in the blood.

The composition of the drug Cardio Support is shown in table 5.

In order to describe the mechanism of the joint therapeutic effect of Cardio Support and catholytic therapy, we give general information about the causes and development of diseases, and specifically, arterial hypertension.

In 1931, Otto Heinrich Warburg (08.10.1883-01.08.1970), a German biochemist, doctor and physiologist, member of the Royal Society of London received the Nobel Prize in physiology or medicine for his scientific work, which reveals the causes of disease. Otto Warburg studied redox processes in a living cell. He developed and improved many methods for the study of biological objects, widely used in modern chemistry and physiology.

In his numerous works, he studied the process of cell disease, the course of the disease, the mechanisms that impede the course of the disease.

He found that for almost all diseases and even cancer, there is one primary reason for the appearance - it is the replacement of respiration using oxygen in the body of a normal cell with another type of energy, oxygen-free - fermentation of glucose.

Otto Warburg discovered that not a single diseased cell, not a single pathogenic virus, bacterium or fungus can live in the presence of oxygen. What does it mean? And the fact that all these diseased cells, pathogenic viruses, bacteria and fungi appear in those places of the body that are poorly supplied with oxygen.

Otto Warburg linked the appearance and course of cell disease with a hydrogen pH of liquids in the human body.

Warburg found that healthy cells generate energy due to the oxidative breakdown of organic acids in the mitochondria, while sick and cancer cells, on the contrary, receive energy through non-oxidative breakdown of glucose. The transition to an oxygen-free method of energy, according to the theory of Warburg, leads to an autonomous uncontrolled existence of the cell: it begins to behave as an independent organism, seeking reproduction.

Warburg's theory states that it is the lack of oxygen that makes the body fluids acidic, and it is in an acidic environment that sick cells develop. Almost all diseases have the root cause of this cause. If you make the environment alkaline, then sick cells will not.

Thus, from the foregoing it follows that:

- a lack of oxygen makes the body fluids acidic, and it is in an acidic environment that sick cells appear and develop;

- The main tool in the fight against diseases is to ensure the normal supply of oxygen to cells, and to maintain an alkaline environment in the body.

Causes of human disease

It is known that the redox potential of fluids in the body of a healthy person is maintained by the body in the range from -50 to -150 mV.

This means that in the body of a healthy person there is an excess of free electrons.

For this reason, fluids in the body of a healthy person are antioxidants. To maintain antioxidant properties (to produce free electrons), the human body spends from 30 to 50% of the energy received from food.

That is how the body independently fights acidification and disease.

What is the reason for acidification of the body?

There are many reasons. We breathe air, which contains a large number of positively charged ions (strong oxidizing agents), we eat acidified food.

The redox potential of food, as a rule, has a positive charge.

So, ORP of water from the tap from +70 to +230 mV and above;

ORP of bottled water from +130 to +250 mV and above;

ORP of wine and beer from +70 to +150 mV;

ORP of juices and other drinks from +50 to +250 mV and above;

ORP of apples and other fruits from +150 to +350 mV and higher;

ORP of meat from +250 to +300 mV and above.

There is an excess of positively charged ions in food, so food is an oxidizing agent. Once in the human body, food "consumes the antioxidant properties of the body."

At some point, the body ceases to fully resist acidification and becomes ill, while the values of the ORP of the fluids inside the body shift to the positive side, which contributes to the appearance of clots in the blood, for example, “columns” of red blood cells (see Fig. 3). The size of these clots (columns) significantly exceeds the size of red blood cells.

Clots block the access of blood to the capillaries, having a passage diameter smaller than the diameter of the clot. Thus, cells appear in the human body, the supply of which with blood and oxygen is disrupted, and, therefore, conditions for acidification and disease of the cells are formed.

One of the main areas of work of modern medicine is the development of effective antioxidant drugs for the treatment of the most serious diseases.

The mechanism of action of the most common antioxidants is that their molecules interact with oxidants, give electrons to the latter. In this case, the acidification rate of the body decreases.

Arterial hypertension is a persistent increase in blood pressure, one of the most common diseases of the cardiovascular system.

The consequences of hypertension:

- atherosclerosis of blood vessels, and as a result of their compaction, thickening and a decrease in the lumen;

- hypertensive crises;

- hypertrophy of the heart muscle;

- heart failure, chronic heart failure (chronic heart failure leads to a violation of the blood supply to all organs and tissues;

- high blood pressure makes the kidneys work in an enhanced mode (consequence: a violation of the filtering ability of the kidneys, metabolic disorders);

- coronary heart disease;

- myocardial infarction;

- stroke.

Free radicals (atoms and molecules that have lost an electron) play a decisive role in damage to endothelial cells and a violation of the vascular wall. Damage to the endothelium of the vascular wall is a direct path to atherosclerosis. Changes in the molecules of cell membranes caused by free radicals have a devastating effect on the cardiovascular system: the blood components become “sticky”, the walls of the vessels are saturated with lipids and cholesterol, resulting in thrombosis, atherosclerosis and other diseases.

Effective neutralization of free radicals requires a large number of free electrons, millions of times more than the most modern antioxidant drugs can give.

This application describes a mechanism for saturating the human body with free electrons by taking catholyte inside and taking catholyte baths. It is this mechanism of electron saturation that is the basis of the method of treating patients with arterial hypertension.

The catholyte used for treatment is a substance (drinking water or aqueous solution), highly saturated with free electrons. It is characterized by pH values from 9 to 11 or more, and values of redox potential (ORP) from -50 mV to -600 ... -800 mV or more. It contains a large amount of hydroxide ions (OH ^- ).

The present invention contemplates a catholyte with a redox potential of -200 ... -700 mV and a pH of 8 ... 11.

Due to the possession of a large number of free electrons, catholyte is a strong antioxidant, an electron donor for body cells.

The amount of free electrons in the daily allowable dose of catholyte for humans (oral) can be millions of times greater than the number of free electrons in daily doses of the best modern drugs - antioxidants.

To multiply the number of transferred electrons to the human body during treatment, catholytic baths and showers can be used to ensure the transfer of electrons into the body through the skin. Catholytic enemas may also be used.

Anolyte used for treatment is a substance (water or aqueous solution), with a large lack of electrons. The anolyte used in practice is characterized by pH values from 2 to 4.5, and values of the redox potential from +450 mV to +800 mV and more. It contains a large number of hydrogen ions and ions of reactive oxygen species (O ⁺ , etc.). Due to the large electron deficiency, anolyte is a strong oxidant, an oxidizing agent.

The electron deficiency in the anolyte can last up to several days.

Due to the properties described above, anolyte is used to destroy pathogenic bacteria, fungi on the surface of the patient's body. Before taking a catholyte bath, the patient's body was washed with anolyte in order to destroy pathogenic bacteria and fungi.

The antioxidant effect of catholyte in the treatment of hypertension.

After ingestion, catholyte reduces the ORP (shifts the ORP value to the reducing, negative side) of the chyme in the stomach, is absorbed into the blood, diluted in the cell fluid, and enhances its electron-donating background by several tens of millivolts.

In the process of taking catholyte baths and the soul, the transfer of electrons from the catholyte into the body through the skin is also ensured, which additionally enhances the electron-donating blood background.

Thus, the biochemical consequence of catholyte is the accumulation in the body of reduced (capable of donating electrons) forms of tissue metabolites, the shift of the body oxygen potential of the body to the reducing, negative side, and the creation of thermodynamic advantages for reducing biochemical processes.

Reception of catholyte, including in conjunction with traditional drugs, provides a shift in the ORP of intracellular fluid in the direction of restored values, creates conditions for activation of tissue respiration and energy consumption, which is compensated by the accumulation of restored chemical forms and anabolic effect.

Thus, due to the possession of a large number of free electrons, catholyte is a strong antioxidant, an electron donor for the cells of the cardiovascular system, neutralizes the effect of free radicals and, in particular, superoxides.

Particular attention must be paid to the effect of catholyte on skin purulent-inflammatory diseases.

Purulent-inflammatory diseases to this day remain one of the urgent problems of modern medicine, due to their prevalence, tendency to chronic course and insufficient effectiveness of traditional methods of treatment.

A particular problem is long-existing wounds, the healing of which is impaired due to the insufficiency of reparative (recovery) processes due to hypoproteinemia (impaired protein synthesis), local disturbance of blood supply, persistent infection and inflammation.

In the present invention, instead of traditionally used preparations, solutions of anolytes and catholytes were used in the treatment.

The general treatment regimen is as follows. Anolyte wound treatment followed by catholyte treatment.

As a result of the use of anolyte, a reduction in the time for wound cleansing was noted by an average of 2 ... 5 times compared with traditional treatment. At the same time, a decrease in microbial contamination on the wound surface was also observed in 2 ... 5 times.

The use of catholyte immediately after cleansing the wound surface contributed to the active course of reparative (restoration) processes. In particular, the appearance of granulations was observed already on the 4th day, and epithelization on the 6th day, whereas in patients receiving conventional treatment, the same indices were 8 and 12 days, respectively. Patients did not experience any unpleasant sensations and allergic reactions associated with the use of aqueous solutions of anolyte and catholyte.

In the case of using anolyte solution with ORP = +800 mV for treating wounds, as well as in the case of using catholyte solution with ORP = -700 mV for washing the wounds, as well as orally, the effectiveness of the treatment of purulent-inflammatory diseases can be significantly increased.

In developing the invention, studies have been conducted on the effects of catholyte and anolyte on the effectiveness of the treatment of psoriasis. During treatment, anolyte with an ORP = + 450 ... + 800 mV and a catholyte with an ORP = - 200 ... -700 mV were used.

Anolyte was used as lotions. Anolyte was wetted with napkins that were applied to the affected surfaces. Lotions were protected on the human body with waterproof films. Changed lotions 4 ... 5 times a day). In addition, anolyte douche or rubbing the whole body with anolyte was performed during therapy. Catholyte was used orally, and catholytic baths were also used.

The use of anolyte and catholyte led to flattening of plaques on days 7-8, itching disappeared in patients on days 4-5, and skin rashes regressed after two weeks, respectively.

The list of figures in the drawings.

In FIG. 1 is a graph of changes in arterial systolic (syst.) Pressure versus time of loading of patients with arterial hypertension on an electric treadmill after using the inventive method for 1 week.

In FIG. 2 shows a graph of changes in arterial syst. pressure from the time of loading of patients with arterial hypertension on an electric treadmill after using the claimed method for 2 weeks.

In FIG. 3 presents a photograph of blood prior to the implementation of the claimed method.

In FIG. 4 presents a photograph of blood after the implementation of the claimed method.

In FIG. 5 is a graph of arterial system changes. pressure from the time of loading of patients with arterial hypertension on an electric treadmill before and after taking Cardio Support for 2 weeks.

The method is as follows. Examples of therapeutic practice.

Example 1. Patient C. Age 31 years, weight 76 kg, height 184 cm. Diagnosis: arterial hypertension. Testing before therapy.

The loads were set by the NT-9117HP electric treadmill.

Treadmill tilt angle = 0 °. Driving time at a fixed speed of 3 minutes. The movement was carried out at speeds from 2 to 9 m / s. The total travel time on the track is 27 minutes. The test results are shown in table 1.

At rest, blood pressure syst. was 125 mmHg, blood pressure of the diastolic (dias.) was 83.3 mmHg Pulse - 78 beats per minute. The frequency of respiratory movements is 15.8 min ^-1 .

After a 27 minute load, blood pressure syst. was 156.4 mmHg, blood pressure dias. was 80.2 mmHg Pulse - 153.9 beats per minute. The frequency of respiratory movements is 29.9 min ^-1 .

The therapy was carried out (the method claimed in the invention was implemented) for 7 days. Daily carried out:

- taking a colloid preparation Cardio Sapport 3 ... 5 ml during breakfast (8 ³⁰ in the morning);

- before dinner, carried out:

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- contrast shower of the upper and lower extremities at a temperature of + 18 ° С ... + 20 ° С for 1 minute and + 42 ° С ... + 45 ° С for 1 minute;

- contrast shower of the whole body at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute;

- anolyte shower or rubbing the whole body with anolyte with a redox potential from +450 mV to +800 mV and a pH of 6.0 to 4.0, respectively, for 5 minutes with anolyte temperature + 37 ° С ... + 40 ° С;

- taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential from - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after bathing - rubbing and rest for 15 minutes;

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- taking a catholyte bath with a redox potential of - 200 mV to - 700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential of - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after taking a bath - rubbing and rest for 15 minutes.

Between lunch (14 ⁰⁰ ) and dinner (20 ⁰⁰ ) was carried out:

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- contrast shower of the upper and lower extremities at a temperature of + 18 ° С ... + 20 ° С for 1 minute and + 42 ° С ... + 45 ° С for 1 minute;

- contrast shower of the whole body at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute;

- Anolyte shower or rubbing the whole body with anolyte with a redox potential from +450 mV to +800 mV and a pH of 6.0 to 4, respectively, for 5 minutes with anolyte temperature + 37 ° С ... + 40 ° С;

- taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential from - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after bathing - rubbing and rest for 15 minutes;

- physiotherapy complex for 15 minutes;

- manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes;

- physiotherapy complex for 15 minutes;

- taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential from - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C;

- after taking a bath - rubbing and rest for 15 minutes.

At the same time, 200 ml of catholyte with redox potential from -100 mV to -700 mV and a pH of 8 to 10.0 is drunk before lunch;

and also, before eating dinner, 200 ml of catholyte is drunk with a redox potential of -100 mV to -700 mV and a pH of 8 to 10.0, and catholyte for dinner was taken until ^20:00 .

The procedures were well tolerated; no adverse reactions were noted.

At least, before the start of the implementation of the treatment method and after the implementation of the treatment method, a person’s health indicators are monitored, in particular, blood circulation indicators are monitored depending on the loads.

Testing patient B. after therapy.

The loads were set by the NT-9117HP electric treadmill.

Treadmill tilt angle = 0 °. Driving time at a fixed speed of 3 minutes. The movement was carried out at speeds from 2 to 9 m / s. The total lane travel time is 27 minutes. The test results are shown in table 2.

At rest, blood pressure syst. was 118 mmHg, blood pressure dias. was 78 mmHg Pulse - 76 beats per minute. The frequency of respiratory movements is 15 min ^-1 .

After a 27 minute load, blood pressure syst. was 138.5 mmHg, blood pressure dias. was 78 mmHg Pulse - 123 beats per minute. Respiratory rate - 26 min ^-1 .

As a result of therapy, patient B. noted a decrease in blood pressure. There was also an improvement in well-being, the absence of emotional, psychological and autonomic disorders, the absence of headaches, and a decrease in vascular reactions with changing weather.

Ultrasound examination of the carotid artery showed a decrease in the wall thickness of the common carotid artery by 10%, the Peterson elastic modulus of the common carotid artery decreased by 30%, the elasticity index (Si) decreased by 12%, and Young's modulus of elasticity decreased by 43%.

The example shows that the proposed method of treatment is effective, there are significant changes in the direction of normalization of the cardiovascular system.

At the same time, the total mineralization of drinking catholyte is from 300 to 600 ppm. The total mineralization was determined by the instrument "TDS Meter Water Quality Analyzer".

Example 2. Patient B. Age 51 years, weight 85 kg, height 182 cm

Diagnosis: arterial hypertension.

Testing before therapy.

The loads were set by the NT-9117HP electric treadmill.

Treadmill tilt angle = 0 °. Driving time at a fixed speed of 3 minutes. The movement was carried out at speeds from 2 to 7 m / s. The total travel time on the track is 21 minutes. The test results are shown in table 3.

At rest, blood pressure syst. was 145.2 mmHg, blood pressure dias. was 92.3 mmHg Pulse - 81 beats per minute. The frequency of respiratory movements is 16.2 min ^-1 .

After 21 minutes of exercise blood pressure syst. amounted to 184.5 mm Hg, blood pressure dias. was 98.5 mmHg Pulse - 142.1 beats per minute. The frequency of respiratory movements is 30.9 min ^-1 .

The duration of therapy was 14 days.

The same operations were performed daily as described above in the treatment of patient B.

Testing patient B. after therapy.

The loads were set by the NT-9117HP electric treadmill.

Treadmill tilt angle = 0 °. Driving time at a fixed speed of 3 minutes. The movement was carried out at speeds from 2 to 7 m / s. The total travel time on the track is 21 minutes. The test results are shown in table 4.

At rest, blood pressure syst. was 122.5 mmHg, blood pressure dias. was 79.8 mmHg Pulse - 78 beats per minute. The frequency of respiratory movements is 15.7 min ^-1 .

After 21 minutes of exercise blood pressure syst. was 135.1 mmHg, blood pressure dias. was 77.4 mmHg Pulse - 109.4 beats per minute. The frequency of respiratory movements is 23.3 min ^-1 .

As a result of therapy, patient B. noted a decrease in blood pressure. There was also an improvement in well-being, the absence of emotional, psychological and autonomic disorders, the absence of headaches, and a decrease in vascular reactions with changing weather.

Ultrasound examination of the carotid artery also showed a decrease in the wall thickness of the common carotid artery by 9%, the Peterson elastic modulus of the common carotid artery decreased by 27%, the elasticity index (Si) decreased by 10%, and Young's modulus of elasticity decreased by 40%.

It can be seen from the example that the more proposed (2 weeks) treatment method is effective, significant changes are occurring towards the normalization of the cardiovascular system.

The total mineralization of drinking catholyte is from 300 to 600 ppm. The total mineralization was determined by the instrument "TDS Meter Water Quality Analyzer".

Drinking catholyte was prepared in the catholytic compartment of the electrolyzer. In the process of research, the catholyte was prepared with a redox potential of from -200 mV to -700 mV, while the pH was from 8 to 11.

Studies have shown that there is no noticeable difference when using (ingestion) catholyte with an ORP of -200 mV and a catholyte with an ORP of -700 mV.

The preparation time for 1 liter of catholyte with ORP -200 mV in the Iva-1 electrolyzer was 4 minutes, and the preparation time for 1 liter of catholyte with ORP -200 mV was 6.5 minutes.

In studies, it was noted that catholyte with an ORP of -10 ... - 50 mV is ineffective, although the preparation time of 1 liter was 3 minutes. The results of therapy do not differ from the results obtained using ordinary drinking water with an ORP of + 50 ... + 250 mV. The cell power was 75 watts.

It was experimentally established that it takes 30 minutes to obtain catholyte with an ORP of -800 mV, and the result of therapy does not differ from the results obtained using the catholyte claimed in the invention.

Reception of a catholyte bath with a redox potential from -200 mV to -700 mV was carried out for 15 minutes. The catholyte temperature was maintained in the range + 37 ° С ... + 40 ° С (comfortable for humans). The catholyte was made in an industrial electrolyzer with a catholytic compartment volume of 200 liters. The preparation time of catholyte with an ORP of -200 mV was 30 minutes. The preparation time of the catholyte with ORP -700 mV was 35 ... 40 minutes.

The catholyte for the catholyte shower is obtained in the same way as the catholyte for catholyte baths.

Thus, it is recommended that when implementing the claimed method, catholyte with ORP values stated in the claims be used.

In FIG. Figure 3 shows a photograph of the blood of a person suffering from arterial hypertension before catholytic therapy, taken through an electron microscope. The blood clots are visible on the photo - erythrocyte columns. The reason for the appearance of blood clots is the appearance of a potential difference on the surface of red blood cells. The potential difference is caused by a lack of electrons in the blood.

In FIG. Figure 4 shows a photograph of the blood of a person suffering from arterial hypertension after catholytic therapy for one day, taken through an electron microscope. The photograph shows separately located red blood cells. The red blood cells have broken up.

Studies have shown that taking Cardio Support without catholytic therapy does not lead to the breakdown of red blood cells. Cardio Support supplies the body cells with essential minerals and vitamins, and catholytic therapy saturates the body with free electrons. The combination of the use of the drug and catholytic therapy leads to the achievement of a technical result: increased efficiency and reduced treatment time for arterial hypertension.

Conducting analytical washing before taking catholyte baths or showers according to the claimed method leads to the achievement of the first additional technical result: preventing the development of pathogenic bacteria and fungi on the human body.

Conducting analytical washing, catholytic baths and taking Cardio Support according to the claimed method leads to the achievement of the second additional technical result: preventing the development and treatment of purulent-inflammatory diseases and psoriasis.

It is advisable that the total mineralization of drinking catholyte is from 300 to 600 ppm. Total mineralization was monitored using a TDS Meter Water Quality Analyzer.

The figure 5 presents a graph of changes in arterial syst. pressure (mmHg) from the time of loading patients with arterial hypertension on an electric treadmill. It was tested 12 patients with arterial hypertension aged 50 ... 53 years. Testing conducted before and after therapy. Therapy: for 2 and 4 weeks, daily intake of 5 ml of Cardio Support. The drug was washed down with plain water. Analysis of the graph shows that on average (arithmetic mean value) blood pressure syst. decreased by 3 ... 5%. The effect is significant, if we assume that therapy can be carried out for several months.

The figure 2 presents a graph of changes in arterial syst. pressure (mmHg) from the time of loading patients with arterial hypertension on an electric treadmill. It was tested 12 of the same patients with arterial hypertension aged 50 ... 53 years. Testing conducted before and after therapy. Therapy: for 2 weeks, daily intake of 5 ml of Cardio Support and daily catholytic therapy according to the method described in this invention. The preparation was washed down with catholyte with an ORP of -200 mV (the pressure values are shown as squares on the graph). The baths used catholyte with an ORP of -200 mV. Analysis of the graph shows that, on average, blood pressure syst. decreased by 15 ... 20%. The effect is significant when you consider the time of achievement - 2 weeks.

The same figure 2 presents a graph of changes in arterial syst. pressure (mmHg) from the time of loading patients with arterial hypertension on an electric treadmill. It was tested 12 of the same patients with arterial hypertension aged 50 ... 53 years. Testing conducted before and after therapy. Therapy: for 2 weeks, daily intake of 5 ml of Cardio Support and daily catholytic therapy according to the method described in this invention. The preparation was washed down with catholyte with an ORP of -700 mV (the pressure values are shown as circles on the graph). In the baths, catholyte with an ORP of -700 mV was used. Analysis of the graph shows that, on average, blood pressure syst. decreased by 17 ... 27%. The effect is significant when you consider the time of achievement - 2 weeks.

A comparison of the graphs in FIG. 2 and 5 shows that therapy based on taking Cardio Support with oral catholyte and taking catholyte baths (or shower) according to the method described in this invention is significantly superior to therapy based on taking only Cardio Support.

It should be noted that the effect of using only catholytic therapy is lower than the effect of using therapy according to the claimed invention by about 5 ... 7%.

The figure 1 presents a graph of changes in arterial syst. pressure (mmHg) from the time of loading of patients with arterial hypertension on an electric treadmill. It was tested 7 patients with arterial hypertension aged 30 ... 43 years. Testing conducted before and after therapy. Therapy: for 1 week, daily intake of 5 ml of Cardio Support and daily catholytic therapy according to the method described in this invention. The preparation was washed down with catholyte with an ORP of -200 mV (the pressure values are shown as squares on the graph). The baths used catholyte with an ORP of -200 mV. Analysis of the graph shows that by the end of therapy, on average, blood pressure syst. decreased by 12%. The effect is significant when you consider the time to reach - 1 week.

In the claimed method, anolyte shower and rubbing are important significant actions. It is very important to kill pathogenic bacteria, which are located in abundance on the human body, before taking catholyte baths (souls).

Anolyte shower and grinding of the whole body were carried out with anolyte with redox potential from +450 mV to +800 mV. Anolyte was prepared in the anolyte compartment of the electrolyzer. The preparation time of anolyte with an ORP +450 mV is 20 minutes, the preparation time of anolyte with an ORP +800 mV is 25 ... 30 minutes. With a 5-minute exposure time, the anolyte on the body kills almost all the pathogenic bacteria located on the human body. If anolyte washing is not carried out, then the pathogenic bacteria on the human body will (under the influence of catholyte) develop rapidly, which may ultimately lead to skin diseases.

In developing the application for the invention, studies were carried out on the survivability of some common pathogenic bacteria in the anolyte. It has been established that Shigella live in anolyte with an ORP of +450 mV for less than 5 minutes, and in anolyte with an ORP of +800 mV for less than 30 seconds.

An antibiotic-resistant strain of staphylococcus (Staphylococcus aureus strains - Staphylococcus aureus) lives in the anolyte with an ORP of +450 mV for less than 3 minutes, and in the anolyte with an AFP of +800 mV for less than 60 seconds.

The method claimed in the invention was tested in the treatment of patients with arterial hypertension who had purulent-inflammatory foci of the disease on the body, as well as psoriasis. As a result of therapy, an effective treatment of arterial hypertension and skin diseases was carried out. A special role in the treatment of skin diseases was played by onolithic washing of the affected areas of the body and catholytic baths. In FIG. 2 shows the results of treatment of twelve patients, six of whom suffered from various skin diseases. By the end of the second week of therapy, patients showed a significant reduction in redness and the complete elimination of itching. Two patients with psoriasis experienced a complete disappearance of the clinical manifestations of the disease.

As mentioned above, as a result of the use of anolyte, a reduction in the time for wound cleansing was noted on average by 2 ... 5 times in comparison with traditional treatment. In this case, a decrease in microbial contamination on the wound surface was also 2 ... 5 times.

Thus, the proposed method allows to increase the effectiveness of the treatment of arterial hypertension.

Claims (34)

A method of treating patients with arterial hypertension, in particular with metabolic disorders, which consists in taking the cardio Sapport colloid preparation 3 ... 5 ml once a day during breakfast, characterized in that before use Cardio Sapport preparation is diluted in 200 ml of drinking catholyte with redox potential from -200 mV to -700 mV and a pH of 8 to 11, however, after taking Cardio Support, the preparation is carried out before lunch: - physiotherapy complex for 15 minutes; - manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes; - physiotherapy complex for 15 minutes; - contrast shower of the upper and lower extremities at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute; - contrast shower of the whole body at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute; - Anolyte shower or rubbing the whole body with anolyte with a redox potential from +450 mV to +800 mV and a pH of 6.0 to 4.0, respectively, for 5 minutes with anolyte temperature + 37 ° C ... + 40 ° C; - taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential from - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C; - after bathing - rubbing and rest for 15 minutes; - physiotherapy complex for 15 minutes; - manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes; - physiotherapy complex for 15 minutes; - taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with oxidatively reduction potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C; - after bathing - rubbing and rest for 15 minutes; in addition, between lunch and dinner carry out: - physiotherapy complex for 15 minutes; - manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes; - physiotherapy complex for 15 minutes; - contrast shower of the upper and lower extremities at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute; - contrast shower of the whole body at a temperature of + 18 ° C ... + 20 ° C for 1 minute and + 42 ° C ... + 45 ° C for 1 minute; - anolyte shower or rubbing the whole body with anolyte with a redox potential from +450 mV to +800 mV and a pH of 6.0 to 4, respectively, for 5 minutes with anolyte temperature + 37 ° C ... + 40 ° C; - taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential from - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C; - after bathing - rubbing and rest for 15 minutes; - physiotherapy complex for 15 minutes; - manual classical massage or mechanical massage of the cervical-collar zone for 15 minutes; - physiotherapy complex for 15 minutes; - taking a catholyte bath with a redox potential from -200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C or taking a catholyte shower with a redox potential from - 200 mV to -700 mV and a pH of 8 to 11 for 15 minutes with a catholyte temperature of + 37 ° C ... + 40 ° C; - after bathing - rubbing and rest for 15 minutes; in this case, before eating lunch, 200 ml of catholyte is drunk with a redox potential of from -200 mV to -700 mV and a pH of 8 to 11; as well as before eating dinner, 200 ml of catholyte is drunk with a redox potential of -200 mV to -700 mV and a pH of 8 to 11, and catholyte should be taken for dinner by ^20:00 ; and, at least, before the implementation of the treatment method and after the implementation of the treatment method, control the health indicators of a person, in particular, monitor blood circulation indicators depending on the loads; while the total mineralization of drinking catholyte is from 300 to 600 ppm.

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