Sentence examples for bacterial community shift from inspiring English sources

Next Generation Sequencing technology was used to elucidate bacterial community shift in response to improved performance in D-GM-BE MFC.

The interactions between environmental factors and bacterial community shift in solid-phase denitrification are crucial for optimum operation of a reactor and to achieve maximum treatment efficiency.

The higher concentration of lactate was not a consequence of bacterial community shift, and is likely related to changes in the main metabolic pathways of glucose catabolism.

The disturbance results in bacterial community shifts between natural and disturbed forest soils (Lin et al. [2011a]).

An increased susceptibility to pathogens and bacterial community shifts (abundance change and functional change) were observed by administration of antibiotics in a rodent model of intestinal inflammation.

The fact that the microbial communities' composition in the reactors did not change along the three operational periods, suggests that the higher concentration of lactate produced in Rgluc during period III is related to metabolic changes and is not a consequence of bacterial community shifts.

The bacterial community structure shifted dynamically in association with disturbances in the reactor conditions, whereas the archaeal community structure remained simple and less variable during the shock loading experiments.

Ordination of TRFLP data via nonmetric multidimensional scaling (NMS) revealed that bacterial community composition shifted through time in both experiments (stress for the two-dimensional NMS solutions were 9.7 for the DARK - not shown - and 11.6 for the LIGHT experiment – Fig. 4).

This indicates that the predominant bacterial community structure shifted more strongly with time than in response to PAC or GAC amendment (ANOSIM test for differences between time groups, Global R = 0.852, p < 0.01; for differences between treatments, Global R = −0.317, p = 0.97).

Pyrosequencing provided taxonomic information about the overall bacterial community, and detected community shifts resulting from different cropping practices.

In conclusion, bacterial community structure significantly shifted along the successional series of tidal flats and among the different seasons, with the bacterial phylogenetic diversity sharply decreased in winter in the subtidal flat comparing with other seasons or the other two types of tidal flats.