Examples of 'methanogenesis' in a sentence
Meaning of "methanogenesis"
Methanogenesis (noun): The biological process by which methane is produced, specifically in anaerobic environments by microorganisms known as methanogens
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- The generation of methane by anaerobic bacteria.
How to use "methanogenesis" in a sentence
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methanogenesis
All three methanogenesis inhibitors decreased proteolysis.
Methanofuran converts to formylmethanofuran in an early stage of methanogenesis.
Methanogenesis is the biological production of methane.
Natural gas via the process of methanogenesis.
Methanogenesis in microbes is a form of anaerobic respiration.
This would cover photosynthesis and methanogenesis.
Biogas obtained from methanogenesis can be used as a fuel.
These organisms effect reverse methanogenesis.
Methanogenesis is a strictly anaerobic process.
The final stage of an anaerobic fermentation is that of methanogenesis.
Methanogenesis is a delicate reaction since it depends on achieving equilibrium between several bacteria.
Methane is mainly produced by methanogenesis.
The from of a s methanogenesis can occur in lake sediments t o well a methanogenic bacterial.
Methylamine arises as a result of putrefaction and is a substrate for methanogenesis.
Effects on methanogenesis.
See also
There are at least two important utilities for inhibitors of methanogenesis.
Concentrations of lasalocid capable of inhibiting methanogenesis are higher than those encountered in chicken excreta.
The terminal stage of anaerobic digestion is the biological process of methanogenesis.
Only methanogenesis and fermentation can occur in the absence of electron acceptors other than carbon.
The presence of methanogenic microorganisms is of course essential for methanogenesis to occur.
Several types of methanogenesis occur, differing in the starting compounds oxidized.
This hydrogen is then taken up by methanogens and converted to methane via methanogenesis.
The terminal electron acceptor in methanogenesis is not oxygen, but carbon.
This feature can be responsible for increasing acidity levels and can cause problems for methanogenesis.
Finally, once sulfate is used up, methanogenesis becomes a dominant pathway for organic carbon remineralization.
There are no known effects of Protexin on methanogenesis.
Hydrogenotrophic methanogenesis - archaea oxidize hydrogen with carbon dioxide to yield methane and water.
Microorganisms The disclosure provide microorganisms that produce methane from carbon dioxide vÃa a process called methanogenesis.
Methanogenesis is the process by which methanogen microbes form methane CH4.
Compositions for reducing gastro-intestinal methanogenesis in ruminants.
Methanogenesis is the result of the activity of a specific group of microorganisms, the methanogenic Archaea.
In order to produce energy, they use an anaerobic process called methanogenesis.
Methanogenesis effectively removes the semi-final products of decay, hydrogen, small organics, and carbon dioxide.
Nickel-methyl intermediates have been proposed for the final step of methanogenesis.
In these individuals, methanogenesis is the main pathway for elimination of H 2.
Ionophores collapsed the transmembrane pH gradient, and inhibited methanogenesis and transport.
Methanogenesis is sensitive to both high and low pHs and occurs between pH 6.5 and pH 8.
Bacterioplankton play critical roles in global nitrogen fixation, nitrification, denitrification, remineralisation and methanogenesis.
Methane fluxes result from the balance between two microbial processes, methanogenesis and methane oxidation.
The four key stages of anaerobic digestion involve hydrolysis, acidogenesis, acetogenesis and methanogenesis.
The coenzyme is the C1 donor in methanogenesis.
High fibre, high rumen pH and a slow rate for rumen passage all favour methanogenesis.
The example of permit a better what happens understandlng during methanogenesis process ( rig . o.4 ).
Trials conducted with cattle slurry containing 1.2 - 150 mg / kg virginiamycin have shown no deleterious effects on methanogenesis.
Tetrahydromethanopterin ( THMPT, ) is a coenzyme in methanogenesis.
It utilises trimethylamine, diethylamine, monomethylamine, and methanol as substrates for growth and methanogenesis.
In the second experiment, the addition of oxythiamin decreased methanogenesis by 23 %.
There are four key stages in normal anaerobic digestion, hydrolysis, acidogenesis, acetogenesis and methanogenesis.
A low oxidation-reduction potential ( ORP ) in the growth medium is regarded as important to methanogenesis.
A second group of methanogens use methanol ( CH 3OH ) as a substrate for methanogenesis.
