Sentence examples for extensive tools available from inspiring English sources

E. coli was chosen because it has a similar GC content, is fast growing, has extensive tools available for its genetic manipulation, and has a limited secondary metabolite profile, generating a "clean" background for gene expression.

However, we opted for the SNP and Variation Suite (SVS, GoldenHelix Inc ., mainly because the extensive tools available for quality assurance and the unique multivariate segmentation option providing the detection of associated regions across samples.

In this section, we discuss the extensive genetic tools available for mapping traits in the genomes of bioenergy grasses as well as examples of previously mapped bioenergy traits.

No matter what brand of virtualization software firms opt for, there are extensive tools and documentation available to help calculate the requirements needed, down to the last kilobyte.

Such an ODE-based approach benefits from the extensive modelling and analysis tools available for ODEs.

Evolutionary biologists rarely use the extensive environmental data and tools available from GIS and spatial land cover databases for dealing with environmental variation.

With the extensive genetic and developmental tools available for C. elegans, this species provides an exceptionally tractable model system to address general questions about the evolution of sperm traits, as well as more specific issues pertinent to Caenorhabditis mating systems.

It has extensive genetic and developmental tools available (Kontarakis et al. 2011; Pavlopoulos and Averof 2005; Rehm et al. 2008), yet remarkably is one of the only crustaceans besides Daphnia pulex, with whole genome or transcriptome datasets available (Colbourne et al. 2011; Zeng and Extavour 2012; Zeng et al. 2011).

CBMM also works closely with the guidelines recently adapted at MIT and uses the extensive tools for advisors and advisees available there, see http://web.mit.edu/mitpostdocs/ for more information.

Accordingly, we performed extensive tests for positive selection using the tools available in PAML (Yang 2007).

With the passage of time, the exponentially growing amount of synthesized and known chemicals data demands computationally efficient automated QSAR modeling tools, available to researchers that may lack extensive knowledge of machine learning modeling.