Dependence of medical rehabilitation effectiveness of patients with somatic diseases and meteopathology on features of weather-forming factors of the Moscow region

Abstract

To assess the clinical effectiveness of non-drug comprehensive methods, including balneotherapy and physiotherapy, in patients with somatic diseases, complicated by increased meteosensitivity, depending on the features of weather conditions in the Moscow region. The study included 120 patients diagnosed with «osteoarthrosis/osteoarthritis» with predominant hip and knee joint damage. The majority of patients had comorbidities, namely hypertensive disease (67.2%), ischemic heart disease (32.8%), chronic obstructive pulmonary disease and bronchial asthma (10.8%), grade II-III obesity (10%) and compensated diabetes mellitus (9.2%). The severity and main symptoms of the meteopathic reactions' manifestation were assessed by questionnaires consisting of three blocks, HAM, SF-36 tests and psychological stress scale. Medical and meteorological assessment of weather conditions in Moscow included analysis of the main weather-forming factors for 4 main synoptic observations in 10-minute mode for current and predictive 2 days, as well as daily characteristics of solar activity. Treatment methods included alternating magnetic field (AMF) procedures, general sodium chloride baths, massage and rehabilitation exercises (RE) (1st group); AMF, «dry» carbon dioxide baths, applications with brine on the affected joints and RE (2nd group); AMF, «dry» radon baths, applications with brine and RE (3rd group). The conducted studies have revealed the trigger role of most biotropic combinations of weather-forming factors that provoke exacerbation in patients with joint diseases. Sodium chloride, «dry» carbon dioxide and radon baths combined with AMF, applications with brine on the affected joints and RE are pathogenetically justified and contribute to increase of adaptive potential, functional reserves of the body and provide significantly high (p<0.05) meteocorrective action. The obtained results can be used for rehabilitation of patients with joint diseases complicated by increased meteosensitivity.