Add to ORKGIsolation and characterization of a fast-growing filament-forming methanogen (Methanothrix soehngenii strain VNBF) which uses acetate as the sole energy source for growth are reported. The stoichiometric conversion of acetate to CH4 [74-82-8] in the absence of added H suggests that all the CH4 is derived most probably from the Me group of acetate. The strain VNBF may be playing a key role in methanogenesis from org. wastes. Its high efficiency of CH4 prodn. may help to improve the performance of biogas digesters
Biogas produced from wastes, residues and energy crops has promising potential to reduce greenhouse ...
Methanogens are obligately anaerobic archaea which produce methane as a byproduct of their respirati...
During in situ biogas up-gradation by supplying hydrogen from an external source and enrichment of h...
Isolation and characterization of a fast-growing filament-forming methanogen (Methanothrix soehngeni...
Acetate is the precursor of approximately two-thirds of the methane prcduced in anaerobic bioreactor...
AbstractMethane-forming archaea are strictly anaerobic microbes and are essential for global carbon ...
The reductive acetyl-coenzyme A (acetyl-CoA) pathway, whereby carbon dioxide is sequentially reduced...
An anaerobic enrichment culture degraded 1 mol of acetone to 2 tool of methane and 1 tool of carbon ...
There is great interest in microbial conversion of methane, an abundant resource, into valuable liqu...
Acetate is the most important precursor for methane in the degradation of organic matter. Only two g...
Fats, oil and grease (FOG) are energy-dense wastes that substantially increase biomethane recovery. ...
ABSTRACT A plasmid-based expression system whereinmekB was fused to a constitutiveMethanosarcina ace...
Methanol derived from plant tissue is ubiquitous in anaerobic sediments and a good substrate for ana...
There is great interest in microbial conversion of methane, an abundant resource, into valuable liqu...
Anaerobic digestion is gaining enormous attention due to the ability to covert organic wastes into b...
Biogas produced from wastes, residues and energy crops has promising potential to reduce greenhouse ...
Methanogens are obligately anaerobic archaea which produce methane as a byproduct of their respirati...
During in situ biogas up-gradation by supplying hydrogen from an external source and enrichment of h...
Isolation and characterization of a fast-growing filament-forming methanogen (Methanothrix soehngeni...
Acetate is the precursor of approximately two-thirds of the methane prcduced in anaerobic bioreactor...
AbstractMethane-forming archaea are strictly anaerobic microbes and are essential for global carbon ...
The reductive acetyl-coenzyme A (acetyl-CoA) pathway, whereby carbon dioxide is sequentially reduced...
An anaerobic enrichment culture degraded 1 mol of acetone to 2 tool of methane and 1 tool of carbon ...
There is great interest in microbial conversion of methane, an abundant resource, into valuable liqu...
Acetate is the most important precursor for methane in the degradation of organic matter. Only two g...
Fats, oil and grease (FOG) are energy-dense wastes that substantially increase biomethane recovery. ...
ABSTRACT A plasmid-based expression system whereinmekB was fused to a constitutiveMethanosarcina ace...
Methanol derived from plant tissue is ubiquitous in anaerobic sediments and a good substrate for ana...
There is great interest in microbial conversion of methane, an abundant resource, into valuable liqu...
Anaerobic digestion is gaining enormous attention due to the ability to covert organic wastes into b...
Biogas produced from wastes, residues and energy crops has promising potential to reduce greenhouse ...
Methanogens are obligately anaerobic archaea which produce methane as a byproduct of their respirati...
During in situ biogas up-gradation by supplying hydrogen from an external source and enrichment of h...