Dynamics Of Oxygen Metabolism Kinetic Indices In Stenocardiac Patients At Application Of Ozone Therapy In Balneology
A. Bykov, Claudia Kontorshchikova and E. Sycheva.
Central Clinical F.E. Dzerzhinsky Sanatorium, Russia.
In clinical sanatorium, 80 persons with ischemic heart disease: stable stenocardia of tension 1-11-111 received ozone therapy. The patients'age was 38 to 78 years. In the group under examination there were men (64,4 %) and women (35,6 %). All the patients received traditional spa treatment: climate therapy, dietetic therapy, hydrotherapy, balneotherapy, kinetotherapy, physiotherapy and pharmacological therapy if required, in combination with ozone therapy in the form of intravenous infusion of ozonized physiological solution. The aim of this work was to study the dynamics of oxygen metabolism kinetic indices in the course of ozone therapy, using a method of transcutaneous polarography (role of oxygen consumption processes, state of microcirculation, oxygen balance in intercellular space, functional energy reserves of cells and the ratio aerobic and anaerobic processes). All the patients were subdivided according to the initial state of tissue respiration into three groups: the first group - patients with inhibition of tissue respiration processes; the second group - patients with initially normal tissue respiration processes and the third group - patients with stimulation of tissue respiration processes. The results show that, ozone therapy, for patients with initially inhibited (the biggest group, typical for patients with cardio-vascular pathology) and normal tissue respiration processes contributed in the correction of transport process pathology and utilization of oxygen by tissue, as well as in the normalization of the cell energy reserves. No reliable difference in treatment of patients with initially stimulated tissue respiration processes was observed. Analysis of the indices of oxygen metabolism kinetics showed reliable efficacy of application of ozone therapy method in the treatment of patients with cardio- vascular pathology in the spa treatment complex in humid subtropical climate.
Source: 3rd International Symposia on Ozone Applications, June 2000.