Sentence examples for engineer pathways from inspiring English sources

From a biochemical perspective, the regulation of plant thiol metabolism highlights nature's ability to engineer pathways that respond to multiple inputs and cellular demands under a range of conditions.

In order to select the best combinations to engineer, pathways were ranked according to several cost factors such as number of inserted enzymes, gene compatibility, toxicity, and nominal fluxes.

In biochemical network modelling the most common application is parameter estimation; another one is the design of genetically engineered pathways (commonly known as metabolic engineering) where one seeks to maximise a flux, titre or a yield of a biotransformation [ 18].

This article reviews the advancements in protein engineering techniques for improving biocatalytic properties to optimize engineered pathways in host systems, which are instrumental to achieve high titer production of target molecules.

Synthetic biology approaches have been used extensively to reconstruct metabolic pathways in tractable microbial hosts such as yeast and re-engineer pathways and networks to increase yields.

Application of these methods provides an ideal tool to track and quantify metabolically engineered pathways.

To achieve this objective the producer organism must first convert the carbon source to central metabolic intermediates, which are then transformed into isobutanol through engineered pathways.

This month: Plants take center stage with fascinating insights into disease susceptibility and engineered pathways for photosynthesis.

The growth characteristics and underlying metabolism of microbial production hosts are critical to the productivity of metabolically engineered pathways.

Although the synthesis of isobutanol using the keto acid pathway has opened the possibility for its industrial production, the non-native engineered pathways may interfere with the cell metabolism by competing for essential precursors for growth or maintenance.

Furthermore, as it is independent from agriculture and any potential disruptions to production, it can be carried out on an industrial scale using engineered pathways to produce what are regarded as natural products (Krings and Berger 1998).