SU1153920A1 - Method of selecting the acupuncture points for curing patients ill with parodontosis - Google Patents

Abstract

A METHOD FOR SELECTING ACUPUNCTURE POINTS FOR TREATING PATIENTS WITH PARADONTOSIS, characterized in that, in order to improve the accuracy of selection, each point is subsequently affected by a laser beam with a wavelength of 6.328 µm and a density of 0.05-0.10 mW / cm during a laser 1.5-2.0 min. In this case, the magnitude of the electric potential in the affected area is recorded, and as this value increases, the target point is determined.

Description

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The invention relates to the field of medicine, namely to dentistry, and can be used for the treatment of periodontal disease.

The aim of the invention is to improve the accuracy of the selection of acupuncture points.

The method is carried out as follows.

A device designed to search for acupuncture points on the surface of a human body finds an acupuncture point, for example C ohai, the test subject takes a passive cylindrical electrode connected to the passive terminal of a universal digital voltmeter in his hand.

The active electrode is attached to the alveolar process.

A flexible light guide was applied closely to the found acupuncture point for 2 minutes, through which the light beam from the laser was directed, a wavelength of 6.328 µm and a power density at the output of the fiber 0.5-0.1 mW / cm and a beam diameter of 1.5-0, The 1 mm operating in continuous mode and during this time (2 min) on the digital display of the voltmeter indicated a change in voltage in the periodontal section under investigation, relative to the initial level. The laser, with a wavelength of 6.328 µm, was chosen based on the highest prevalence in medicine and the knowledge of its effect on the body. With an increase in electric potential in the affected area, a conclusion is made about the connection of the irradiated point with this area.

Example. Patient A., 30 years old, 13.02.84. Complaints of pain when biting. Objectively: minor supragingal and subgingival dental plaque, the tooth is mobile, on the Re-graphy - dilation of the periodontal gap, loss of bone tissue of the tops of the interdental septum, the gingiva surrounding the tooth, has a bluish tinge. Diagnosis: periodontal disease. In accordance with the proposed method, an acupuncture point was found associated with the affected periodontal area. The study of the voltage level at the point C o-hi is (+) 18.9 mU. Then a laser was applied to this point for 024.

Immediately after the procedure, the patient noted some reduction in pain.

Point C o-ha on the right hand: studies were conducted on the areas of the periodontium and 0 of the upper jaws corresponding to the | | n teeth.

A significant increase in voltage is noted only in the area

from the paradoct, corresponding to the root 2 of the tooth (p 0.001), in the area of the remaining sections, when the C o-hi point was illuminated, no such changes were noted, the data are not statically reliable. Thus, it has been established that the point C o-hi is connected by a direct bioscale channel to the periodontal region corresponding to the root 2 of the tooth. Then a laser was applied to this point during the Olr. Immediately after the procedure, the patient noted a decrease in pain.

The effect of this method is that it allows you to produce a targeted impact on any part of the periodontium through a known point, eliminates the time spent on the Q claim for combinations of points, eliminates the need to vary the combination of points, thereby saving practitioners all 17 points on areas of periodontal of all 16 teeth of the right half of the jaw or in general all the teeth. Wherein

a regular increase in the magnitude of the voltage in the study of the proposed acupuncture point is observed in only one area out of 16.

All this will take less time in the treatment and will relieve patients from unpleasant and traumatic sensations.

Claims (1)

METHOD FOR SELECTION OF ACUPUNCTURE POINTS FOR TREATMENT OF PARADONTIS PATIENTS, characterized in that, in order to increase the accuracy of the selection, each point is subsequently exposed to a laser beam with a wavelength of 6.328 μm and a power density of 0.05-0.10 mW / cm ² for 1 , 5-2.0 minutes, while the magnitude of the electric potential is recorded in the affected area, and with an increase in this value, the desired point is determined.