Lik Sprava. 2004 Oct-Nov;(7):41-6.Links

Effect of magnetic and ultrasound therapy on clinical manifestations and general parameters of efficiency in the treatment of pulmonary tuberculosis.

[Article in Ukrainian]

Savchenko VI, Samosiuk IZ.

The authors have analized general efficiency coefficients of the treatment of 117 patients with the first diagnized pulmonary tuberculosis. The patients were divided into a control and main group. 61 patients of the main group at the initial stage of complex treatment in addition to a standard chemotherapy have recieved magnetic and ultrasound therapy. During the treatment the patients underwent complex clinical and X-ray examination. The patients of the main group have been detected to have better signs of recovering compared with the control group. The signs were the following: more rapid disappearing of main clinical symptoms, radiological marks of tuberculosis such as focal and infiltrative alterations and decay cavity closing, cessation of bacterioexcretion.

Probl Tuberk. 2000;(2):18-21.

Magnetic laser therapy in combination with lymphotropic drugs administration in treating teenagers with common forms of tuberculosis.

[Article in Russian]

Ovsiankina ES, Dobkin VG, Kobulashvili MG, Rusakova LI, Gubkina MF.

The paper shows the efficiency of combined use of magnetic laser therapy (MLT) and lymphotropic drug therapy in 40 teenagers with common forms of tuberculosis. The use of laser makes it possible to modify methods of regional lymphotropic therapy, to prolong its use and increase indications for it. MLT in combination with lymphotropic drug therapy accelerates positive changes and hence enhances the efficiency of tuberculosis treatment.

Probl Tuberk. 2001;(2):11-2.

Very high frequency electromagnetic irradiation in multimodal treatment of patients with disseminated infiltrative pulmonary tuberculosis.

[Article in Russian]

Iakovleva LP, Lineva ZE, Mozhokina GN.

Multimodality treatment involving very high-frequency electromagnetic radiation (VHFER) in combination with the antioxidants alpha-tocopherol and sodium thiosulfate, which had been performed in 27 patients with disseminated infiltrative pulmonary tuberculosis, was effective. As compared to patients receiving chemotherapy in combination with electromagnetic radiation (n = 29) and routine chemotherapy alone (n = 29), these patients had more benefits from the multimodality treatment in terms of bacterial isolation cessation and reduced hospital stay by 1.5-2 months, minimal pneumofibrotic changes occurred in 63% of the patients. Combined VHFER and antioxidative therapy were found to exert a normalizing effect on lipid peroxidation and immunity.

Probl Tuberk. 1999;(6):30-2.

Impact of combined magnetic and laser radiation of regional pulmonary blood flow in patients with destructive pulmonary tuberculosis.

[Article in Russian]

Iakubenia ON, Tostik SI, Iakubenia GI.

Rheopulmonography was used to study regional pulmonary blood flow in 30 patients with destructive pulmonary tuberculosis before and after combined magnetic and laser radiation (an experimental group) and in 28 patients receiving the routine chemotherapy (a control group). The use of combined exposure of a constant magnetic field and laser radiation was found to promote pulmonary vascular tone, better microcirculatory blood flow, and increased pulse blood filling in the affected portion of the lung.

Probl Tuberk. 1997;(6):50-3.Links

Use of centimetric range microwave therapy in multimodality of treatment patients with destructive pulmonary tuberculosis.

[Article in Russian]

Savula MM, Kravchenko NS.

Centimeter microwave therapy (CMWT) was employed in the multimodality treatment of 50 patients with destructive pulmonary tuberculosis. Its results were compared with a matched control group comprising 43 patients. CMWT increased the rate of decay cavity closure, improved bronchial patency and prevented its deterioration. This was followed by improved lipid peroxidation, antioxidative activity, and an immunological responsiveness of the body.

Probl Tuberk. 1995;(6):17-20.

Significance of the functional state of blood phagocytes in the choice of optimal regime of EHF therapy of patients with pulmonary tuberculosis.

[Article in Russian]

Novikova LN, Kaminskaia GO, Efimova LN.

A trial entered 136 patients with active tuberculosis of the lungs. 86 patients received conventional chemotherapy and a course of microwave therapy. Control patients received chemotherapy alone. Phagocyte cell viability and NB-test served as assessment laboratory criteria. Millimetric waves in the treatment of pulmonary tuberculosis potentiate the treatment efficacy documented as more rapid infiltration resolution and cavern closure through the mechanism of normalization of phagocyte cell function. The choice of wave length is principal: 5.6 mm waves affect phagocyte function negatively, 6.4 mm waves produce more significant positive effect in young patients with new local lesions while 7.1 mm waves in older patients and in severe involvement. In vitro radiation of the patients’ blood using different wave lengths and subsequent performance of NB-test provides objective information for choice of optimal treatment regimen.

Probl Tuberk. 1994;(4):2-4.

Effectiveness of chemotherapy combined with ultrahigh-frequency electromagnetic radiation for the treatment of patients with pulmonary tuberculosis.

[Article in Russian]

Khomenko AG, Chukanov VI, Novikova LN.

A procedure was developed to determine the optimum wavelength used for each patient individually. Ultrahigh-frequency electromagnetic radiation was studied in 54 patients with various pulmonary tuberculosis forms for its impact on the course of the disease. Treatment was performed by using a YAVOR device at 6.4 and 7.1 mm. Is was found that following 10 sessions of UHF therapy used in combination with specific chemicals, caverns were closed in 50% of patients 2-3 months after therapy and in the controls 5-6 months later. Infiltrates in the lesion areas were resolved 2-3 weeks after UHF exposure, whereas in the controls 1-2 months following drug therapy alone.