Quantification and characterization of uncertainty in metabolic engineering
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Astaxanthin is primarily used as a food supplement in the aquaculture industry, which over the past twenty years has experienced tremendous growth. A complex synthetic process produces almost all of the astaxanthin sold, and consequently, the selling price ...
Many attempts to engineer cellular metab. have failed due to the complexity of cellular functions. Math. and computational methods are needed that can organize the available exptl. information, and provide insight and guidance for successful metabolic engi ...
Motivation: Metab., the network of chem. reactions that make life possible, is one of the most complex processes in nature. We describe here the development of a computational approach for the identification of every possible biochem. reaction from a given ...
We describe the development of a computational approach for the identification of every possible biochem. reaction from a given set of enzyme reaction rules that allows the de novo synthesis of metabolic pathways composed of these reactions, and the evalua ...
Information about the enzyme kinetics in a metabolic network will enable understanding of the function of the network and quant. prediction of the network responses to genetic and environmental perturbations. Despite recent advances in exptl. techniques, s ...
A multitude of metabolic regulations occur in yeast, particularly under dynamic process conditions, such as under sudden glucose excess. However, quantification of regulations and classification of yeast strains under these conditions have yet to be elucid ...
Advancement of genomic research and anal. techniques enables an in-depth understanding of individual components in the cellular metab. The crit. subject is the integration of massive exptl. details and the quantification of the contributions of individual ...
In many microorganisms, flux limitations in oxidative metab. lead to the formation of overflow metabolites even under fully aerobic conditions. This can be avoided if the specific growth rate is controlled at a low enough value. This is usually accomplishe ...
Std. bioprocess conditions have been widely applied for the microbial conversion of raw material to essential industrial products. Successful metabolic engineering (ME) strategies require a comprehensive framework to manage the complexity embedded in cellu ...
Carotenoid prodn. by microorganisms, as opposed to chem. synthesis, could fulfill an ever-increasing demand for 'all natural' products. The yeast Phaffia rhodozyma has received considerable attention because it produces the red pigment astaxanthin, commonl ...
