Sentence examples for microbial assemblages in from inspiring English sources

The analysis of microbial assemblages in industrial, marine, and medical systems can inform decisions regarding quality control or mitigation.

Additionally, un-inoculated microcosms produced levels of methane comparable to their inoculated counterparts, demonstrating the importance of native, coal-associated microbial assemblages in biogenic methane production.

Our objectives were to characterize the phototrophic microbial assemblages in the Salar de Alconcha (salt flat area 3.8 km2) by analyzing both community dynamics and composition as related to the environmental conditions.

Open image in new window Fig. 1 Commonly present bacterial groups with most common examples in an aquatic system Open image in new window Fig. 2 Pictorial representations of microbial assemblages in a biofilm.

These findings suggest that grassland ants can control microbial assemblages via changes in physical and biological soil characteristics in their nests, and as such, different ant species harbour unique microbial assemblages in nests.

Macrophytes have been reported to play a key role in the performance of freshwater CW, facilitating the nitrification/denitrification process, maintaining the hydraulic conductivity of the substrate, increasing microbial assemblages in the root zone, and participating in nutrient uptake (Brix 1994; Haberl et al. 1995).

Microbial assemblage in a biofilm is robust and vulnerable to be altered substantially with the change of habitats and the environmental conditions (Hahn 2006; Yannarell and Triplett 2004; Kierek-Pearson and Karatan 2005).

Although both habitats in the Salar de Alconcha endured these fluctuating environmental conditions, microbial assemblages (phototrophs) in Laguna Colorada (L) were more stable to the effects of seasonal changes than the Bofedal (B).

More studies are required to understand the structure and function of microbial community in a biofilm interacting with particular plant species, e.g., influence of any toxic chemical on microbial assemblages present in the vicinity, microbial community 6shift during climate change and environmental perspectives of newly developed transgenic plant microbe interactions.

PhyloChip analysis of stool collected from 6-month old infants who had received daily probiotic or placebo supplements permitted high-resolution profiling of the microbial assemblages present in these samples.

This suggests that the more phylogenetically-related microbial assemblages detected in older CF patients may be more resistant to these antimicrobials and contribute to poorer airway function, while the more diverse pediatric microbial assemblage is more sensitive to antimicrobial perturbation and linked to improved pulmonary function.