Sentence examples for many microbial communities from inspiring English sources

Many microbial communities have been found from the sesalterns.

The human microbiome (HM) is a complex system of many microbial communities inhabiting a diversity of environmental niches throughout the human body.

There is extensive species- and strain-level variation present in many microbial communities, but in most assessments of community diversity, its scope remains unobserved and unknown.

However, more recent work has found strong spatial autocorrelation in many microbial communities, such that spatially close communities are more similar than expected by chance, and this similarity decays with distance (Ettema and Wardle 2002).

A main aim of many microbial community ecology studies is to quantify microbial species richness and attach the best available names to their operational taxonomic units.

Of the numerous culture-independent approaches that are available, DGGE has proven useful in the analysis of many different microbial communities, both environmental and those associated with human infection.

Although we did not carry out additional experimental validation of our novel and non-degenerate universal primer set by using other environmental samples rich in eukaryotic and mitochondrial rRNA genes, the results in this study indicate that our primer set is highly expected to be applicable to the analysis of many diverse microbial communities.

Here we propose a hypothesis that the primarily local nature of intercellular signalling can be a general mechanism underlying the stability of many forms of microbial communities.

Consequently, many analyses of microbial communities must treat them as a single sample, for example, by shotgun sequencing of a metagenome (Iverson et al. 2012, Huttenhower et al. 2012; Venter et al. 2004; Howe et al. 2014) or metatranscriptome (Frias-Lopez et al. 2008; David et al. 2014).

For this latter reason, their management and long-term fate has many interfaces with environmental microbial communities and processes.

As the indispensable role of natural microbial communities in many aspects of life on Earth is uncovered, the bottom-up engineering of synthetic microbial consortia with novel functions is becoming an attractive alternative to engineering single-species systems.