RU2200597C2 - Method for determining low frequency magnetic field frequency usable for treating patients for vegetative dystonia syndrome - Google Patents

Abstract

FIELD: medicine. SUBSTANCE: method involves determining cardiac intervalogram stress index. Low frequency magnetic field of 10 to 100 Hz frequency is applied to sacral plexus area. Therapeutic resonance frequency of the low frequency magnetic field is determined from cardiac intervalogram stress index normalization event during exposure to the low frequency magnetic field when compared to the initial stress index value. Treatment is administered at the found resonance frequency of the low frequency magnetic field. EFFECT: enhanced effectiveness of treatment.

Description

 The invention relates to medicine and can be used to determine the frequency of electromagnetic radiation during magnetotherapy for the treatment of vegetative dystonia.

 A known method for determining the frequency of a low-frequency magnetic field for the treatment of diseases of the musculoskeletal system (RF Patent 2098152, from 10.12.1997, IPC A 61 N 2/02).

 The essence of the method: the patient is exposed to a low-frequency magnetic field (NMP) on the sacral plexus with a frequency of 10-100 Hz and determine the frequency of therapeutic effects by the appearance of the patient's autonomic reactions, for example, in the form of heat.

 Disadvantages: lack of effectiveness of the method due to the subjectivity of the selection of frequencies of the IMF.

 The invention is aimed at solving the problem of increasing the efficiency of the method by objectifying the selection of frequencies.

 This task is achieved by exposure to the sacral plexus with magnetic radiation at a frequency of 10-100 Hz and determining the frequency of therapeutic effects by normalizing the index of stress cardiointervalography (CIG).

 The method is as follows. Before starting exposure to the LUT in a patient, the stress index is determined by the CIG. A magnetic inductor is applied to the patient's sacral plexus, which is a radiator of low-intensity magnetic fields, with a varying frequency in the range of 10-100 Hz. As a source of electromagnetic oscillations, any standard magnetotherapeutic apparatus for low-frequency therapy, for example, Pole-1, can be used. Exposure is carried out for 10-15 minutes. By changing the frequency of the electromagnetic emitter, during the 1st session, the patient needs the frequency necessary for him to normalize the TIG voltage index, taking a cardiointervalogram every minute. The frequency at which the stress index normalizes is considered resonant and is used to treat autonomic dystonia. Conduct 8-15 sessions of magnetotherapy with a selected frequency of 10-15 minutes. To consolidate the results of treatment, the method can be repeated in a month using an individually selected frequency.

 Examples of specific performance.

 Example 1

 Patient N., 10 years old, was admitted to the department on September 29, 2000 with complaints of dizziness, compressive headaches without a clear localization, occurring mainly in the afternoon. In addition, tearfulness, fatigue, sensitive anxious sleep were noted. Heart rate at admission 98 beats / min. Blood pressure 90/50 mm Hg These symptoms appeared 2 weeks ago and, according to the girl, periodically recur at least 2 times a year, from about 9 years of age. Based on the totality of complaints, anamnesis and clinical presentation, the diagnosis was made: mixed-type vegetovascular dystonia, permanent course, exacerbation period. The patient identified the index of tension KIG before treatment 140 cu Against the background of standard therapy, low-frequency NMPs were exposed to the sacral region and a resonance frequency of 42.5 Hz was determined. Further, the treatment was carried out using this frequency for 15 minutes daily for 10 days. Evaluation of the effectiveness of therapy was carried out using the method of cardiointervalography, by normalizing the stress index KIG-100 cu

 After treatment: headaches disappeared. Pressure 110/60; Heart rate of 75 beats / min; sleep normalized.

 Example 2

 Patient K., 12 years old, was admitted to the department on November 9, 2000 with complaints of periodic pain in the heart region of a piercing nature, without irradiation, accompanied by a feeling of fear, intensified by perspiration. Sometimes a strong heartbeat is noted. In addition, he complained of headaches of a pulsating nature in the temporal areas. Heart rate upon receipt of 102 beats / min. Blood pressure 140/85 mm Hg These symptoms occurred about one month ago, which coincided with the family moving to another place of residence and the boy changing his place of study. Based on the totality of complaints, anamnesis and clinical presentation, a diagnosis was made: vegetovascular dystonia of the sympathicotonic type, syndrome of primary arterial hypertension. The patient was determined by the index of tension KIG before treatment - 450 cu Against the background of standard therapy, an impact on the sacral region of the NMP was carried out for 15 minutes daily for 12 days with a frequency of 15.6 Hz. Evaluation of the effectiveness of therapy was carried out using the method of cardiointervalography to normalize the voltage index of the KIG - 140 cu

 After treatment: HELL 110/70 mm Hg: heart rate 70 beats / min; pain in the heart disappeared.

 Example 3

 Patient S., 8 years old, was admitted to the department on November 25, 2000 with complaints of a sudden paroxysmal increase in heart rate with heart rate; more than 180 beats / min, accompanied by pallor, dizziness, frequent urination. This condition arose for the first time. From the anamnesis, it is known that a girl from the age of three is registered with a cardiologist about Wolff-Parkinson-White syndrome, type A, but until recently she had no heart complaints. When examined on an ECG, an attack of supraventricular tachycardia with a heart rate of 210 beats / min was recorded. HELL 85/50 mm Hg The attack was stopped by the introduction of hiluritmal at a dose of 20 mg iv. Subsequently, the girl revealed signs of vegetovascular dystonia in the sympathicotonic type and standard treatment was performed with exposure to the sacral region of the NMP with a frequency of 60.3 Hz for 15 minutes, 15 sessions. Evaluation of the effectiveness of therapy was carried out using the method of cardiointervalography to normalize the KIG stress index - 110 cu, compared with the stress index taken before treatment - 1050 cu. e.

 After treatment, the condition returned to normal, headaches disappeared, heart rate 90 beats / min, blood pressure 90/60 mm Hg, ECG - sinus rhythm.

 Example 4

 Patient L., 9 years old, was admitted to the department on 10/16/2000 with complaints of abdominal pain of a pulling nature, not related to eating, periodically accompanied by nausea (without vomiting) and upset stool. Also often noted is lightheadedness, intolerance to a stuffy room and vehicles. These complaints are disturbing from the age of 6. It was examined and treated by a gastroenterologist with a diagnosis of functional gastrointestinal upset. Based on complaints, medical history, clinical examination and laboratory data, the diagnosis was made: autonomic dystonia syndrome; functional disorders of the gastrointestinal tract; biliary dyskinesia according to the hypotonic type. Conducted standard treatment in combination with the action of the NMP on the sacral region for 10 minutes, 10 sessions with a frequency of 20.5 Hz. Evaluation of the effectiveness of therapy was carried out using the method of cardiointervalography to normalize the voltage index of the KIG - 80 cu (before treatment - 25 cu).

 After treatment, appetite improved, nausea and abdominal pain disappeared, and coprogram data returned to normal.

 The positive effect of the use of the method is to increase the effectiveness of the therapeutic effect of the IMA by objectivizing the individually selected frequency of the IMA.

Claims (1)

 A method for determining the frequency of a low-frequency magnetic field for the treatment of patients with autonomic dystonia syndrome by exposing the patient's sacral plexus to a low-frequency magnetic field with a frequency of 10 to 100 Hz and determining the therapeutic resonance frequency by normalizing the voltage index of a cardiointervalogram compared to the initial one.