Process of increasing cellular production of biologically active compounds
AssigneeFermalogic, Inc.
InventorsJ. Mark WEBER, Andrew R. Reeves, Igor A. Brikun, William Henry Cernota
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AssigneeFermalogic, Inc.
InventorsJ. Mark WEBER, Andrew R. Reeves, Igor A. Brikun, William Henry Cernota
Estimating the term…
A method of increasing production of a methylmalonyl-CoA derivative in a bacterium is disclosed that includes providing a bacterium that produces a methylmalonyl-CoA derivative in which methylmalonyl-CoA mutase function has been inhibited and culturing the bacterium in a medium containing an effective amount of methylmalonyl-CoA or a precursor thereof to increase the production of the methylmalonyl-CoA derivative by the bacterium. The production of the methylmalonyl-CoA derivative is increased when compared to production of the methylmalonyl-CoA derivative by the bacterium when cultured in a medium without the effective amount of methylmalonyl-CoA or a precursor thereof.
A method of increasing production of a methylmalonyl-CoA derivative in a bacterium, the method comprising
A bacterium that produces a methylmalonyl-CoA derivative comprising a mutation in a mutB gene that inhibits methylmalonyl-CoA mutase function and increases production of the methylmalonyl-CoA derivative when cultured in a medium containing an effective amount of methylmalonyl-CoA or a precursor thereof compared to the production of the methylmalonyl-CoA derivative by the bacterium when cultured in the medium without the effective amount of methylmalonyl-CoA or a precursor thereof.
A composition for culturing or fermenting a bacteria comprising:
Dependencies are inferred from the claim text.