Sentence examples for microbes are likely from inspiring English sources

Microbes are likely to benefit from the increase in nutrient-enriched environmental niches.

Certain nosocomial infections, zoonotic infections, hygiene related emergence of infectious agents, and niche alteration induced diseases by indigenous microbes are likely to emerge in this manner.

By comparison, less than half of the shotgun sequencing reads from soil in a recent study had hits at this threshold [12], indicating that most air microbes are likely to be closely related to fully or partially sequenced organisms.

Our findings support the Baas-Becking hypothesis formulated in 1934, which states that due to dispersion and population sizes, microbes are likely to be found in widely disparate environments.

Furthermore, the comparison of G. sulfurreducens and S. oneidensis MR-1 shows that the two microbes are likely to employ different mechanisms to sustain the high current outputs.

Let us also consider that certain microbes are likely to account for chronic (inflammatory) diseases that are specifically human, as starter or sustained etiological agents.

However, in these coastal environments microbes were likely to have been periodically exposed and desiccated, as happens in most such environments today, and likely developed adaptations for long-term desiccation regimes (e.g., thick hygroscopic sheaths) and high UV radiation (e.g., living interstitially).

The extraordinary diversity of secondary metabolite gene clusters found in these microbes is likely the result of their existence in hostile ecological niches and consequent genomic evolutionary processes including large scale rearrangements, insertions and deletions to cope with these exigencies.

The number of draft metabolic reconstructions for human gut microbes is likely to increase significantly in near future due to the increasing number of gut microbial genomes published by the Human Microbiome Project.

This sensitivity of DK-MICROBE is likely to increase in the future as next-generation sequencing approaches can be used to generate tag libraries of substantially greater sizes.

Numerous interacting factors determine evolutionary patterns of microbes, but all are likely influenced by the size of the microbial population.