Sentence examples for microbial systems has from inspiring English sources

However, success of green microbial systems has been hampered by issues such as insufficient enzyme expression titers and low flux to desired terpenoid products from carbon fixed during photosynthesis.

More significantly, our emphasis on microbial systems has been minuscule in the past, but is now accelerating in several major scientific institutions (CSIRO, AIMS, several universities) with the aid of modern genomic techniques.

Using techniques from experimental evolution on microbial systems has enabled us to explore theories regarding the evolution of cooperative behaviours, and gain a better understanding for how they might be maintained within a population.

Conventional microbial systems have been for long time exploited to produce biotherapeutics, competing with animal cells due to easier operation and lower process costs.

Still microbial systems have not been developed as a commercial service for heavy oil recovery because there are little data available or research specifically with heavy oil to support the commercialization.

Microbial systems have found an important role in nanoparticle production due to their natural mechanism for detoxification of metallic ions through reduction which can be achieved extracellularly or intracellularly through bioaccumulation, precipitation, biomineralization and biosorption.

As a result, few microbial systems have been sampled with sufficient depth to generate reliable estimates of the community SAD.

Various microbial systems have been engineered for producing native and heterologous [FeFe] hydrogenases [21], [22], [23], [24], [25], [26], [27], but active enzyme yields are generally less than 1 mg·L−1 of culture.

These results are in accordance with Panagiotou et al. who reported in an earlier study that F. oxysporum multienzyme and microbial system had positive effect in ethanol production [ 5].

But an increased understanding of, and ability to restructure, fermentation processes and microbial metabolic systems has allowed researchers to expand the application and engineering of microbes and enzymes into a broader variety of industrial processes.

The application of NCA to microbial and mammalian systems has provided interesting insights into gene regulation by TFs.