METHOD FOR PROGNOSTICATING PROGRESS OF BRONCHOOBSTRUCTIVE SYNDROME IN CHILDREN UNDER SCHOOL AGE WITH ACUTE RESPIRATORY VIRUS INFECTION

摘要

The invention relates to medicine, preferably for pediatric and clinical immunology, and can be used to increase the accuracy of forecasting or progression of bronchial obstruction (BFB) in preschool children with acute respiratory viral infections (ARVI). The goal - to increase the accuracy of the method. The essence of the invention is. determining a complex antigens H-A system to the patient's lymphocytes. This method allows to increase the accuracy and capability for early prediction of the development of BOS with SARS, since in these cases Prophylactic therapy is possible to prevent the occurrence of this syndrome. Table 1 (/ & . & Amp;. Da.IU., The invention relates to the field of medicine, preferably to Pediatrics Clinical Immunology and obstructive bronchitis are common form of failure of the respiratory tract in children According to the literature bronchial obstruction (BFB) 25 is encountered. .% of children hospitalized with acute respiratory viral infections in developed BOS is based on a violation of the regulation - the beaten mechanisms defining the diameter of the bronchi, which depends on the tone of smooth muscle, mucosal thickness and number bronchial ce Creteil. Formation obstructive syndrome faces of respiratory failure, which dramatically deteriorates the clinical course of the disease. In connection with this great attention has been paid a prediction, since in these cases, prophylactic therapy administered to prevent development allows this sindroma.Dokazano that susceptibility to bronchial hyperreactivity due to hereditary factors and environmental conditions conducive to its developability or usileniyu.Provedennymi by studies of patent and scientific medical d ^ literature detecting a number of methods for predicting progression BOS.Izvesten study the method of bronchial hyperreactivity, which is carried out as follows. After determining the initial lung function and inhalation of buffer to avoid nonspecific reaction bronho histamine is administered at twice povyshayuscheys concentration. Lung function is evaluated on change of volume spirographic forced expiratory volume in 1 second (FEV1) and airway resistance (BS). A significant change is received schi- sho ^ & ! & Amp;