Includes bibliographical references and index.

Bioremediation of Kazakhstan soils polluted by 1.1. dimethylhydrazine -- Bio-calorimetric analysis of phenol influence on bacteria and their protoplasts -- New strains of oil oxidizing microorganisms suitable for purifying polluted soil -- Aerobic microbial granules cultivation on the basis of Zoogloea ramigera and Sphaerotilus natans Pure cultures -- Dynamics of sufactant destruction in complex: photoozonation+microbial degradation --

Evaluation of individual organism sensitivity to carcinogenic action -- Express method of the general evaluation of microbiological pollution of water by the fluorescent DNA-specific dyes -- Qualitative and quantitative analysis of nucleic acids by two fluorescent dye systems -- Development of nonlethal methods of rodent population control --

Additional purification of water bodies and waste waters with consorciums of aquatic plants containing microorganisms -- Biosorption handling of the machine-building plants effluent -- Bioremediation of soils degrated as a consequence of oil contamination and salination with oil-field water -- Applying keramsit-immobilized oil-oxidizing microorganisms as water cleansers to help remove trace petroleum products --

The use of immobilized microorganisms and aminomethylnitroamines for intensification of bioremediation of oilcontaminated soil -- Microbial preparation rhodobel for decontamination of soil polluted with oil and derived products -- Transformation of L-cystine and L-cysteine into taurine with enzymatic systems of bovine liver cells --

Variability of chemolithotropic microorganisms as a basis for the regulation of their activity under extreme conditions -- Chemolithotropic bacterial community in the pulp of a pilot plant during gold-arsenic pyrrhotite Concentrate processing -- Viability and metabolic activity of microorganisms under conditions emulating natural habitats -- The dynamics of microbiological processes associated with attempts to activate microbial communities in oil-bearing strata.