Metabolic engineering is the intentional modification of cellular metabolism for the production of desired compounds.
Metabolic engineering is the scientific process of manipulating the metabolism of a microorganism to produce valuable compounds.
To transform microbial hosts into cellular factories, the applied discipline of systems metabolic engineering is using genome-scale approaches that redirect microbial metabolism to synthesize renewable and cost-effective biochemicals [ 1- 3].
Mr. Keasling's metabolic engineering is farther-reaching and, potentially, much more productive.
In addition, recent information obtained from metabolic engineering is discussed.
Effective microbial metabolic engineering is reliant on efficient gene transfer.
Plant metabolic engineering is a promising tool for biotechnological applications.
A major goal of synthetic biology and metabolic engineering is to develop strategies to control the resource economy of cells for switching between modes of growth and production42.
Recent progress, including the use of immobilized systems and metabolic engineering, is highlighted.
Metabolic engineering is a rational approach to steer fermentations toward the production of desired compounds.
Third generation metabolic engineering multiregulated multigene metabolic engineering— is also described in the chapter.
