Search Results - "Gladka, G V"

Bioremoval of hazardous cobalt, nickel, chromium, copper and cadmium compounds from contaminated soil by Nicotiana tabacum plants and associated microbiome by Havryliuk, О. A, Hovorukha, V. M, Sachko, A. V, Gladka, G. V, Bida, I. O, Tashyrev, O. B

“…Contamination of soils with heavy metals leads to reduction of soil fertility, destruction of natural ecosystems and detrimental effects on the health of…”
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BIOREMOVAL OF TOXIC CHROMIUM(VI) VIA DARK HYDROGEN FERMENTATION OF MULTICOMPONENT ORGANIC WASTE by Hovorukha, V .M.

“…Термодинамшш розрахунки дають змогу визначити оптимальш метаболiчнi шляхи для мiкробного вилучення токсичних розчинних сполук шестивалентного хрому з…”
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INTERACTION OF OBLIGATE ANAEROBIC DESTROYER OF SOLID ORGANIC WASTE Clostridium butyricum GMP1 WITH SOLUBLE COMPOUNDS OF TOXIC METALS Cr(VI), Mo(VI) AND W(VI) by Hovorukha, V. M.

“…Increasing pollution of environment by toxic metals is the urgent problem requiring effective solution worldwide. The goal of the work was to study the…”
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TWO-STAGE DEGRADATION OF SOLID ORGANIC WASTE AND LIQUID FILTRATE by Hovorukha, V. M.

“…The accumulation of solid and liquid organic waste requires their treatment to develop energy biotechnologies and prevent environment pollution. Aim. The goal…”
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Diversity and physiological and biochemical properties of heterotrophic bacteria isolated from Lake Baikal neuston by Galach’yants, A. D., Bel’kova, N. L., Sukhanova, E. V., Romanovskaya, V. A., Gladka, G. V., Bedoshvili, E. D., Parfenova, V. V.

“…For heterotrophic microorganisms (44 strains) isolated from the surface film of Lake Baikal, identification was carried out and their physiological and…”
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PHYLOGENETIC ANALYSIS AND AUTECOLOGY OF SPORE-FORMING BACTERIA FROM HYPERSALINE ENVIRONMENTS by Gladka, G V, Romanovskaya, V A, Tashyreva, H O, Tashyrev, O B

“…Multi-resistant to extreme factors spore-forming bacteria of Bacillus genus are isolated from hypersaline environments of the Crimea (Ukraine) and the Dead Sea…”
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Autecology of microorganisms of typical Ecuador biotopes by Tashyrev, O B, Pidgorskyi, V S, Toro, Miguel Naranjo, Gualoto, Miguel, Gladka, G V, Tashyreva, H O, Rokitko, P V, Romanovskaya, V A

“…34 strains of aerobic chemoorganotrophic microorganisms were isolated from 23 soil and plant samples selected from highland biotopes of Ecuador-Andes massif…”
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QUANTITATIVE INDICATORS OF COPPER-RESISTANT MICROORGANISMS DISTRIBUTION IN NATURAL ECOSYSTEMS by Havryliuk, O A, Hovorukha, V M, Sachko, A V, Gladka, G V, Tashyrev, O B

“…Copper is a highly toxic metal common in both natural and man-made ecosystems. The goal of the work was to determine the level of resistance of microorganisms…”
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QUANTITATIVE INDICATORS OF COPPER-RESISTANT MICROORGANISMS DISTRIBUTION IN NATURAL ECOSYSTEMS by Havryliuk, O. А.

“…Copper is a highly toxic metal common in both natural and man-made ecosystems. The goal of the work was to determine the level of resistance of microorganisms…”
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Taxonomical status of the psychrotolerant Antarctic microorganisms by Romanovskaia, V A, Gladka, G V, Tashireva, A A, Tashirev, A B

“…The aerobic chemoorganotrophic bacteria, dominating in soils and phytocenosis of the Antarctic Region, on combination of morphological and biochemical…”
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Phylogenetic analysis of bacteria of extreme ecosystems by Romanovskaia, V A, Parfenova, V V, Bel'kova, N L, Sukhanova, E V, Gladka, G V, Tashireva, A A

“…Phylogenetic analysis of aerobic chemoorganotrophic bacteria of the two extreme regions (Dead Sea and West Antarctic) was performed on the basis of the…”
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Resistance of microorganisms of coastal ecosystems of the Dead Sea to extremal factors by Romanovskaia, V A, Avdeeva, L V, Gladka, G V, Pritula, I R, Kharkhota, M A, Tashirev, A B

“…Such extreme factors as UV radiation, high temperature and salinity, and also the small amount of accessible water have an influence on microorganisms of…”
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Distribution of psychrophilic microorganisms in terrestrial biotopes of the Antarctic Region by Romanovskaia, V A, Tashirev, A B, Shilin, S O, Gladka, G V

“…It is shown that the total number of chemoorganotrophic aerobic microorganisms in the Antarctic Region revealed at 1 degree C and 5 degrees C made from 10(4)…”
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