Sentence examples for large-scale tools from inspiring English sources

The game includes open-form brick-by-brick customizations, large-scale tools to modify entire landscapes without having to get so granular, and inclusion of pre-defined building sets for making virtual kits that more closely approximate the types of thematic sets Lego ships for its real-world building blocks.

Indeed, transcriptomics and proteomics have been important large-scale tools for understanding the biology of Leishmania and host interaction, favoring the identification of new targets for leishmaniasis treatment [ 67, 68].

In 1963 she began her large-scale tool paintings, which were exhibited at the Green Gallery a year later with works by Judd, Dan Flavin and Mark di Suvero.

Another notable existing large-scale tool for distributed implementations is MapReduce [15] and its open source implementation, Hadoop [16].

The computational method can also be used as a large-scale tool for annotating the metabolic stability for the avalanche of protein sequences generated in the post-genomic age.

Advances in computational performance have led to the development of large-scale simulation tools for design.

Ms McGonigal's latest project, "Superstruct", uses blogs, videos and wikis to encourage people to imagine the world in 2019.Her aim, she says, is to use such games as large-scale brainstorming tools, "to build our ability to respond quickly, and in large-scale collaborative ways, to what might happen in the future".

Today, it released a slew of improvements and alterations to its large-scale deployment tools for education and enterprise customers.

We compare BFAST to a selection of large-scale alignment tools - BLAT, MAQ, SHRiMP, and SOAP - in terms of both speed and accuracy, using simulated and real-world datasets.

The last decade has seen the development of a number of large-scale 'Reverse Genetics' tools to study the effects of mutations in genes for which the sequence is known.

As novel UTR regulatory sites are identified and more methods are developed to analyze mRNA secondary structure, future plans may include development of integrated and large-scale computational tools to predict UTR-SNPs with potential phenotypic consequences.