Sentence examples for capabilities of microbial from inspiring English sources
However, the current bioremediation approaches suffer from a number of limitations which include the poor capabilities of microbial communities in the field, lesser bioavailability of contaminants on spatial and temporal scales, and absence of bench-mark values for efficacy testing of bioremediation for their widespread application in the field.
Here we use the activity of enzymes as proxy of microbial community functioning and also of the physiological capabilities of microbial communities [28].
Metagenomes provide access to the taxonomic composition and functional capabilities of microbial communities.
Results: Tax4Fun is a software package that predicts the functional capabilities of microbial communities based on 16S rRNA datasets.
The detail information of the kinetic model for the central carbon metabolism in E. coli can be found in the Additional File 2. Many researchers have applied optimization methods to enhance synthesis capabilities of microbial strains [ 16, 26, 27].
Major advances have occurred in our understanding of the composition and metabolic capabilities of microbial communities in the human body, gains made from revolutionary advances in DNA sequencing, metagenomic analytical techniques, and computational biology.
The efficient crack healing capability of microbial concrete leads to an improvement in its various mechanical properties such as compressive strength, water absorption and water permeability.
Environmental variables were monitored and the metabolic capabilities of the microbial community were studied using Biolog Ecoplates®.
To determine the functional genomics capabilities of the microbial communities within GSL, we used the GeoChip functional gene array [30].
It is hypothesized that geochemical and hydrodynamic attributes of each site control the phylogenetic composition and corresponding functional capabilities of these microbial communities.
Culture-independent study of functional gene diversity has allowed access to the uncultured rumen microenvironment and provided insight into metabolic capabilities of uncultivated microbial communities [19].
