… Industrial biotechnology represents one of the most innovating and labour-productive industries
with … In addition, biotechnology has clear environmental advantages over the chemical …

… tools for industrial biotechnology, including protein engineering, metabolic engineering,
synthetic … An equally important tool for industrial biotechnology is metabolic engineering. By …

… engineering have been on increase with success – often referred to as metabolic engineering
… that will lead to desirable metabolic phenotypes resulting in improved production of …

… The metabolic engineering efforts to broaden the substrate … Metabolic engineering efforts
to broaden the substrate scope of … The metabolic engineering strategies for access to carbon …

… engineering and is now also applied in industry. Industrial use of systems metabolic
engineering … Since ambitious yields, titers, productivities, and low costs are key in an industrial …

… , conventional genetic modification, metabolic engineering, and more recently by systems
metabolic engineering that integrates metabolic engineering with systems biology and …

… Industrial bio-processes for fine chemical production are increasingly relying on cell factories
developed through metabolic engineering … laboratory research to industrial production. …

… considered during the metabolic engineering process. Metabolic engineering strategies should
take … Also, it is important to develop an industrial strain through metabolic engineering for …

… not necessarily optimal in the artificial environment created in an industrial bioreactor, but
through metabolic engineering the strain may be optimised for growth in the industrial process. …

… for industrial biotechnology to provide pathways that extend the spectrum of usable industrial
… Since the first introduction of metabolic engineering (16), there have been tremendous …