[Information-wave technologies: rationale and guidelines for their use in pediatrics].

The mechanisms of action of information-wave technologies on human beings are analyzed in detail and their use in pediatrics is substantiated. The approach using a now-frequency pulse electromagnetic field as an information factor is optimal due to the synchronization of an oscillatory process of a low-frequency pulse electromagnetic field and the rhythm of functioning of different systems of the body, which causes the bioresonance actions the function of an organ or a system.

[Contents of bioelements in blood of newborn infants with a history of chronic intrauterine hypoxia]. / Soderzhanie bioélementov v krovi novorozhdennykh, perenesshikh khronicheskuiu vnutriutrobnuiu gipoksiiu.

Emission analysis with the use of induced plasma was employed to measure the content of 9 bioelements (potassium, sodium, calcium, magnesium, phosphorus, iron, copper, zinc and selenium) in the blood serum of 82 neonates with a history of chronic intrauterine hypoxia and in 19 normal children at birth and in the course of early adaptation. It has been shown that the content of bioelements in the blood of normal neonates was marked by a number of characteristic features reflecting to a considerable degree the processes of metabolic adaptation of the children to the intrauterine life. The neonates with a history of hypoxia demonstrated the unbalance of bioelements most pronounced by day 3 of life. The treatment instituted did not make the content of bioelements in the neonates' blood return to normal.

[Indicators of lipid peroxidation and the level of essential microelements in healthy newborn infants and in those with a history of intrauterine hypotrophy]. / Pokazateli perekisnogo okisleniia lipidov i soderzhanie nezamenimykh mikroelementov u zdorovykh novorozhdennykh i pri vnutriutrobnoi gipotrofii.

The authors describe the results of studying lipid peroxidation, total antioxidant activity of plasma and the content of essential trace elements (iron, copper, zinc and selenium) in 35 healthy neonates and in 32 with intrauterine hypotrophy, grades I-III, at birth and the course of the early neonatal period. It has been found that in the neonates with a history of intrauterine hypotrophy, activation of lipid peroxidation resulted in the decrease of plasma antioxidant activity and in the changes of the concentration of essential trace elements.