Sentence examples for microbial experimental from inspiring English sources

He went on to gain wet lab skills during a 2-year postdoc in microbial experimental evolution in the Department of Zoology at the University of Oxford in the United Kingdom, supported with an EMBO Fellowship from the European Molecular Biology Organization.

Parallel evolution has best been documented in microbial experimental evolution studies (Rainey and Travisano 1998; Gerstein et al. 2012; Heron and Doebli 2013).

The impact of spatial structure and relatedness on the evolution of social interactions can be studied in microbial experimental systems [ 11- 14].

In a similar vein, the neatest solution to difficulties of phylogenetic reconstruction may be to focus on experimental systems where the ancestral states are observed directly, as in microbial experimental evolution systems 71 (see below).

Evidence that the classical trade-off observed in microbial experimental populations - that a high mutation rate facilitates rapid adaptation but at the cost of increased mutational load - can also be relevant in tumors is based on findings on chromosomal instability.

However, these populations also evolved for fewer generations than most microbial experimental evolution studies (e.g., Araya et al. 2010; Charusanti et al. 2010), which may have limited the opportunity for new mutations to accumulate.

Using breseq to predict structural variation should be useful for studies of microbial epidemiology, experimental evolution, synthetic biology, and genetics when a reference genome for a closely related strain is available.

It is unclear whether there is still a difference in microbial activity between experimental and control vessels after the incubation period of 28 days.

For example, soil microorganisms might play an important role in influencing the bioavailability of allelochemicals in soil (Bauer et al. 2012; Ehlers 2011; Inderjit 2005), which could be achieved by the addition of microbial inoculum in experimental soil substrate collected from test species grown in the field.

Also our results demonstrate how allocation switching can explain observed growth patterns in experimental microbial cultures and discuss how our formulation can address questions that cannot be answered using the quantity-only paradigms that currently predominate.

Nearly half of the studies assessing microbial contaminants used experimental approaches.