The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons by Desulfovibrio desulfuricans 1799 cultivated in H2 + CO2 atmosphere were studied. It was shown that sulfate reducing bacteria grow and produce hydrocarbons on all studied carbon and energy sources. Substitution of lactate in the medium for pyruvate or ethanol decreased only insignificantly the amount of synthesized hydrocarbons with concomitant increase in the content of isoform. © 2000 MAIK "Nauka/Interperiodica"
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydroca...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...