Team:SJTU-BioX-Shanghai/Background

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<h2>Background:</h2>
<h2>Background:</h2>
<p>Enzymes which form an enzyme system are needed to participate in some complex metabolic pathways. As a result, they tend to form a complex to significatelly raise the reaction efficiency by increasing enzyme-substrate contact. However, in practical application fields such as industry and environment, enzymes we directly use can not form a multi-enzyme complex on most occasions. With the help of artificial multi-enzyme complex systems, we expect to realize polymerization and improve the dynamic characteristics of metabolic reactions.</p>
<p>Enzymes which form an enzyme system are needed to participate in some complex metabolic pathways. As a result, they tend to form a complex to significatelly raise the reaction efficiency by increasing enzyme-substrate contact. However, in practical application fields such as industry and environment, enzymes we directly use can not form a multi-enzyme complex on most occasions. With the help of artificial multi-enzyme complex systems, we expect to realize polymerization and improve the dynamic characteristics of metabolic reactions.</p>
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Latest revision as of 14:15, 13 October 2014

Background:

Enzymes which form an enzyme system are needed to participate in some complex metabolic pathways. As a result, they tend to form a complex to significatelly raise the reaction efficiency by increasing enzyme-substrate contact. However, in practical application fields such as industry and environment, enzymes we directly use can not form a multi-enzyme complex on most occasions. With the help of artificial multi-enzyme complex systems, we expect to realize polymerization and improve the dynamic characteristics of metabolic reactions.