Sentence examples for microbial processing from inspiring English sources

Meta-variables were created to characterize the effects of hydrology, morphology, and the available carbon and nutrient pools on potential microbial processing.

The inherent hydrologic and morphologic heterogeneity of the two floodplains makes it difficult to use singular linear relationships to describe large-scale controls on potential microbial processing.

In the future, three crucial factors will determine the likelihood of success for the direct microbial conversion of biomass to advanced biofuels: the properties of the lignocellulosic biomass feedstock, the pretreatment process, and the specific microbial processing strategy selected.

So, microbial processing of RW can enrich it by biological conversion method.

The samples were ground and blended together homogeneously for thermal and microbial processing.

Microbial processing of DOM within arctic hillslopes may lead to a convergence in growing season DOM quality resulting in little spatial variation.

An exhaust vent leading from one of the facility's "clean rooms" to the roof lacked a filter or screen, for example, and flaws in the air handling system could expose sterile drugs to microbial contamination during processing.

Using SitePainter, we were able to rapidly deduce which bacteria were in different regions of the hand, along with a graphical representation of microbial abundances by processing the sequence data with QIIME (Caporaso et al., 2010) and mapping the abundance of each taxon onto the hand image (Fig. 1B).

The results presented here enhance the scale-up potential of microbial VLP processing, and suggest that TEVp may be a preferable enzyme for use in other bioprocess settings, including those related to the processing of less complex biologics.

The time span needed for carbon fixed by plants to induce belowground responses of root and rhizosphere microbial metabolic processing is of high importance for quantifying the coupling between plant canopy physiology and soil biogeochemistry, but recent observations of a rapid link cannot be explained by new assimilate transport by phloem mass flow alone.

Recently, another group (Stewart et al., 2009) has published DIYA, a software package for gene prediction and annotation in bacterial genomes with a modularized, open source microbial genome processing pipeline.