Sentence examples for microbial communities described from inspiring English sources

Photosynthetic microbial communities described in the Salar de Alconcha differ from other large high-altitude lakes with lower salinity such as the Lago Chungará (Dorador et al. 2003).

Microbial communities described in terms of their environmental chemistry, ecophysiology, and phylogenetic diversity can be used as a foundation to develop, test, and compare in silico tools for analyzing community interactions.

Total DNA was extracted from LAB and SRF microbial communities as described previously [ 19], using the G'NOME® DNA Isolation Kit (Qbiogene, Heidelberg, Germany).

Therefore most of the methods used for profiling microbial communities and describe their main functional features are now adopting whole DNA extraction and the use of NGS on the entire sample, with the objective of sequencing and characterizing DNA fragments of all the species included, i.e., the metagenome.

In the 30 days experiments with different types of plastics (LDPE, HDPE, PE, and PP), heterotrophic microbial production was measured 24 and 48 h after inoculating the microbial community as described below.

Zavarzin and its microbial communities have been described in detail elsewhere [ 16, 17].

Utilization of new, high-throughput techniques allows microbial communities to be described in greater resolution than ever before.

The broadest overview of differing genetic potentials within microbial communities was recently described across 45 different microbial habitats (Dinsdale et al., 2008a).

Host-associated microbiota or microbial communities are frequently described as symbionts (Mandel, 2010; Ballal et al., 2011), but this is almost certainly not true for all microorganisms observed in a healthy human.

Comparisons with sequences in the Integrall database of integron sequences (http://integrall.bio.ua.pt/) showed that very similar arrangements of resistance gene cassettes to those found in bacterial isolates and water microbial communities have previously been described in class 1 integrons found in other human, fish and terrestrial animal pathogens.

Metagenomics offers appropriate tools to describe microbial communities in their whole complexity without lab-based cultivation of individual strains.