[The study of the metabolism of iodotyrosines included in the iodized milk protein in rats].

In the course of evolution in animals and humans, a complex and effective system for providing the body with iodine in the form of various organic and inorganic compounds was developed. The metabolism of inorganic iodine has been studied quite well, in contrast to the mechanism of assimilation of its organic compounds. Among the latter, iodotyrosines, which are part of iodinated milk proteins, are of particular interest.

[Effectiveness of the use of iodized milk protein to improve girls' sufficiency with iodine].

The work presents the results of the research capabilities of the use of iodized milk protein as a component of food supplement and enriched food product for the correction of iodine sufficiency in girls. Milk iodinated protein was produced by the enzyme-effective iodization of amino acid residues of cow's milk whey proteins. The study involved 30 girls, whose average age was 19.

Minimum detectable annual dose calculation for routine individual monitoring programme in case of plutonium and uranium contamination of the workplace.

An example of a numerical method application for minimum detectable annual dose calculation that can be guaranteed by the operating monitoring programmes for plutonium and uranium is presented. The method analyses the frequency distribution for a total number of counts obtained in n measurements performed during n monitoring intervals that are inside the calendar year. Urine sample radiometric measurement technique for plutonium and uranium operating monitoring programmes is investigated, showing dependences of the detection limits on the frequency of measurements, on number of calendar years under observation and on the activity median aerodynamic diameter (AMAD).

[Relationship of some environmental factors to disorders in wheat ontogenesis as applied to space greenhouse].

In ground-based experiments reproducing conditions in experiments in the Mir greenhouse Svet super dwarf wheat was raised at water potential (WP) in root modules with pearlite within the range from -0.5 kPa to -3.0 kPa.