Examples of 'biocatalyst' in a sentence
Meaning of "biocatalyst"
biocatalyst (noun) - a substance that increases the rate of a chemical reaction in living organisms
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- A biochemical catalyst; normally an enzyme.
How to use "biocatalyst" in a sentence
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biocatalyst
Biocatalyst characterization and activity assay development.
Chemical restructuring of raw materials by using a biocatalyst.
Thermostable biocatalyst combination for nucleoside synthesis.
This may involve a simple chemocatalyst or a biocatalyst.
Lipases as biocatalyst for biodiesel production.
Such an organism may be known as a biocatalyst.
The biocatalyst was washed and dried.
Desulfobulbus propionicus can serve as a biocatalyst in microbial electrosynthesis.
Biocatalyst formed on such substrates are employed as fixed beds.
In particular the catalyst may be a biocatalyst.
The use of biocatalyst in membrane reactors.
A desired maximum temperature depends upon the biocatalyst.
The biocatalyst is not particularly limited.
Phosphotriesterases are considered a strong candidate biocatalyst for bioremediation purposes.
Development of biocatalyst is based on hydrolysis process.
See also
It is especially preferred that the catalytic active moiety is a biocatalyst.
Biocatalyst and inoculum preparation.
Specific activity in consecutive batch reactions with biocatalyst recycle.
The biocatalyst is a microorganism that is capable of producing a nitrile hydratase.
It is known to polymerise ethylenically unsaturated monomers in the presence of a biocatalyst.
Recovered biocatalyst specific activity in consecutive batch reactions with biocatalyst.
The cost effectiveness of the microbial biocatalyst is largely a function of dosage.
By biocatalyst is in particular meant an enzyme catalyzing or performing the esterification reaction.
A further use of the matrix is for immobilisation of enzymes to produce a biocatalyst.
Immobilization of the biocatalyst may be achieved using any suitable method.
One of the representative biosensors is an enzyme sensor using an enzyme as a biocatalyst.
The biocatalyst should be capable of converting a substrate into the desired monomer.
This is targeted as a delayed release delivery system or carrier of biocatalyst enzymes.
Currently yeast is the biocatalyst most widely used for ethanol production.
Enzymatic activity and physical integrity of the biocatalyst remained unaltered.
Typically a desired biocatalyst is introduced into a growth medium producing a fermentation broth.
Immobilized cell biocatalyst.
The biocatalyst herein disclosed can convert various carbon sources into isobutanol.
Fuel ethanol from renewable resources is produced by fermentation of sugars using a biocatalyst.
Decrease in biocatalyst.
A possible economic benefit of using immobilized biomass is given by recycling the biocatalyst.
The use of a biocatalyst such as tyrosinase would allow for high quality hydroxytyrosol.
The suspension composition is obtained by suspending the biocatalyst in the oily substance.
Alternatively the biocatalyst can be a purified enzyme or mixture of enzymes extracted from the microorganism.
This is true whether the monomer has been manufactured using a synthetic catalyst or a biocatalyst.
Algae extract is further used to promote leave growth as biocatalyst for starting enzymatic processes.
Secondary protection is provided against predator organisms due to bactericidal effects of the microbial biocatalyst.
Lipase immobilized on various matrices using the same batch of biocatalyst in consecutive transesterification reactions.
Neither the biocatalyst nor the fermentation broth is removed from the monomer prior to polymerisation.
The reduced water environment increases markedly the thermostability of the biocatalyst at elevated temperatures.
The magnetic biocatalyst is removed from the biocatalytic reaction mixture to terminate the biocatalytic reaction.
The process involves a separation method for removing the biocatalyst from the acrylamide product.
Each biocatalyst reacts with many different starting compounds which contain the distinct structural moiety.
The biocatalytic reaction can be performed with a biocatalyst immobilized to magnetic particles forming a magnetic biocatalyst.
These and other conditions including temperature and pH are adjusted for the particular biocatalyst used.
