Sentence examples for microbial systems in from inspiring English sources

For terpenoid overproduction in microbial systems, in vitro reconstitution strategy guided rational engineering was emphasized, and -omics studies provide further information for targeted engineering.

Principle topics of the ocean margin systems workshop were microbial systems in sedimentary environments, fluid flow and subsurface material transport, margin building/regulating processes, and benthic population dynamics and relationships to sedimentary settings.

According to theoretical considerations put forward by Sutherland [ 11, 12], scleroglucan synthesis follows the general scheme for polysaccharide production in microbial systems in three major steps: substrate uptake, intracellular formation and extrusion from the cell.

Although high-throughput cell screening systems such as FACS-based screening have been developed, the clone development time of CHO cells cannot keep up with the very short development times of P. pastoris and microbial systems in general.

Comparisons of results obtained by pyrosequencing with FISH enabled the identification of inconsistencies between the two methods in detecting certain bacterial taxonomic groups, thus suggesting that the use of only one molecular method to analyze microbial systems in bioreactors has the potential to yield erroneous conclusions.

The enzyme 3-hydroxy-3-methylglutaryl coenzyme A reductase (HMGR) is considered a key regulatory enzyme of isoprenoid carbon flux in mammals, in microbial systems, and possibly in plants.

Apart from those summarized in Table  3, many other genes with well-documented pathogenicity/symbiosis functions in other microbial systems are found in the genome of SCBI more than half of which are located on genomic islands.

The hydrolytic function is utilized for polysaccharide degradation in microbial systems and cell wall biogenesis in plants.

The isolation of effector-active proteins either by direct purification from culture filtrates or by expression of candidate effector genes in microbial systems allows the mapping of sensitivity loci in structured wheat populations.

Parallel molecular evolution is frequently observed in experimental population studies, particularly in microbial systems [ 53– 53].

Isopentenyl pyrophosphate (IPP) toxicity presents a challenge in engineered microbial systems since its formation is unavoidable in terpene biosynthesis.