Sulfate-reducing bacteria of various taxonomic groups were found to synthesize extracellular hydrocarbons during growth on lactate in an atmosphere of H2 + CO2. The most active producers of hydrocarbons were sulfate-reducing bacteria bringing about incomplete oxidation of lactate. Hydrocarbons produced were normal or isomeric alkanes with a chain length from C11 to C24. © 1997 MAHK Hayka/Interperiodica Publishing
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
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...
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...
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...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
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...
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...
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...
The effects of lactate, pyruvate and ethanol on growth and formation of extracellular hydrocarbons b...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...
Changes in the synthesis of extracellular metabolic products generated by sulfate-reducing bacteria ...