Anthropometric data peculiarities in early school children population.

The anthropometric data were studied in early school aged (6-7 years old) children and the degree of harmonization during physical development was evaluated. Representative population of 400 otherwise healthy early school aged children was included in study group. Study period covered the end of school year.

Clinical and psychological characteristics of school adaptation.

70 girls and 50 boys--totally 120 practically healthy children were examined; Three age-specific groups with equal number of children were chosen. Goal of the research was to evaluate the adaptation ability and analyse the disadaptive derangements in primary school age children. Cross-sectional, one moment research was carried out according to D.

[Troponin-I and creatinkinase-mb values for detection of cardiovascular system damage in children with recurrent respiratory tract disease].

84 patients 3-15 years of age were observed at the department of cardio-rheumatology of the Research Institute of Pediatrics, the laboratory "Test" and the laboratory department of the clinic "Guli". The patients with tonsillitis and recurrent respiratory tract disease were investigated. The patients were divided into study and control groups; The study group included children with signs of cardiovascular system damage according to the clinical and instrumental findings.

[Monitoring of neopterin and INF-gamma in children with recurrent respiratory tract infection].

The upper and lover respiratory tract infections are usually mild and self-limited. Owing to their frequency recurrent upper and lower respiratory tract infection in children and adults constitute a major global health problem. The goal of our study was to observe 30 children with recurrent respiratory tract infection, 17 boy and 13 girl, they were treated with Ribomunyl.

[Kinetic research on the Na, K-ATPase system].

The velocity of Na, K-ATPase is studied as a function of MgATP, ATP and MG2+ concentrations. The kinetic analysis is used to substantiate the inclusion of certain intermediates and steps of their interconversion into the minimal model for Na, K-ATPase.