Sentence examples for microbial production systems from inspiring English sources
Pharmaceuticals have inspired some of the earliest success stories of synthetic biology for two main reasons: on the one hand, small-molecule drugs in current use (from aspirin to artemisinin) are very often derived from natural products, so that a return to microbial production systems is seen as relatively straight-forward.
This information has been used to create microbial production systems that are capable of producing high yields of IQAs in a short time.
Together, these emerging tools allow the rapid creation of microbial production systems for a wide range of monoterpenes and their derivatives for a diversity of industrial applications.
Current developments on novel β-galactosidases, derived from newly identified microbial sources or by protein engineering means, together with the use of efficient recombinant microbial production systems are converting this enzyme into a relevant synthetic tool.
The present review deals with current developments of novel β-galactosidases derived from recombinant vectors and by protein engineering approaches together with the use of efficient recombinant microbial production systems in order to present the applications of recombinant enzymes as a relevant synthetic tool in biotechnology.
Microbial production systems that require supplementation with amino acids are not cost-effective for applications such as synthesizing chemicals.
Therefore a major challenge in developing a microbial production system is to maximize formation of a specific product while sustaining cell growth.
Thus, by introducing a polycistronic construct encoding a fungal carotenoid pathway and an expression cassette encoding a plant dioxygenase, a novel microbial production system has been established for a fruit flavour compound.
It is shown that the 1-D PBM cannot accurately describe the dynamics of the microbial production system when the intracellularly accumulated PHB inhibits the residual biomass growth rate and, hence, a bivariate population balance modeling approach is required to describe the dynamic behavior of the microbial culture.
To our knowledge, this study is the first in order to test whether ISMS with metal chelate and triazine beads is compatible with the microbial production system and is suitable to increase the overall D1.3 yield.
Since ferredoxin proteins are the native electron transport substrates for [FeFe] hydrogenases, the catalytic rates when using PetF are more relevant for future design efforts to engineer microbial H2 production systems.
