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Biomedical subjects

Iu P Pivovarov

Publications and source records attributed to Iu P Pivovarov.

At least 19 recordsLinked to original sources
PubMed1995

[Biotechnology manufacture as a possible source of environmental pollution and a risk factor for human health].

The biotechnology-oriented quantitative criteria and a plan of primary sanitary hygienic evaluation of pathogenicity of microorganisms-producers were first established. New evidence of the negative effects of strains-producers on microbiocenosis and self-purification of soils and reservoirs were obtained. The requirement of an all-round hygienic assessment of microorganisms-producers consisting of two mandatory steps, i.e. the primary sanitary hygienic evaluation of pathogenicity of strains and the investigation of effects of these microorganisms on microbiocenosis and soil and reservoir self-purification has been substantiated.

Bacteria↗
PubMed1991

[Technical progress in biotechnology: hygienic and ecological problems].

Hygienic aspects and ecologic problems arising due to the development of biotechnology are shown in the article. Necessity to work up the theory of the relationship between biological agents, the human body and ecological situation in different regions is also demonstrated. Principal directions of hygienic investigations are determined.

Air Pollutants, Occupational↗
PubMed1989

[The role of chemical composition of drinking water in predicting the incidence of urolithiasis].

Detailed observational data on urolithiasis incidence at the territory of the Amur Region are presented. 4 foci with a high level of disease incidence have been detected. The content of calcium, magnesium, and strontium has been determined in drinking water and correlation of urolithic disease rates with rations Ca/Sr and Mg/Sr were established. Certain dependence of the disease rates on the above ratios shows that their elevation corresponds to the reduction of urolithiasis rates, and vice versa. Application of the given technique in the urolithiasis endemic areas with the established level of disease incidence provides analogous results. It is assumed that in a number of cases unfavourable distribution of some chemical elements in drinking water, i. e., Ca/Sr and Mg/Sr, has affected the high level of urolithiasis incidence.

Calcium↗