Sentence examples for far larger set from inspiring English sources

The 2015 report benefited from a far larger set of data, which in turn produced a richer and more accurate assessment of each ecosystem.

This illustrates that even with exomes from both parents available, an alignment protocol that first aligns reads to the reference genome yields a far larger set of candidate mutations than D iamund's direct alignment algorithm.

This notion is borne out in our data: in Drosophila, a subset of readthrough events are well supported by conservative codon substitutions across the phylogeny (Lin et al., 2007; Jungreis et al., 2011), but a far larger set is not conserved between species.

Since the resulting data are already digitized, it is also possible to automate analysis procedures, permitting collection of far larger sets of data than has previously been practical, but the fundamental problems of camera synchronisation and calibration remain.

Our far larger data set and use of two different mutation rates in conversions resulted in more precise estimates with narrow confidence intervals.

Some are domestic, but by far the largest set of factors has to do with securing Russian strategic interests in the Middle East and offering an alternative vision of global order growing out of a perceived decline of American power.

The 19 gene-based markers [GenBank: HM118565- HM118820] developed and used in the present study represent until now by far the largest set of gene markers ever used in the Musaceae.

An important testing ground for such approaches is the single cell eukaryote Saccharomyces cerevisiae, for which a more extensive knowledge of individual gene function has been established than for any other organism, and for which by far the largest set of gene-gene and protein-protein interactions has been assembled [ 1].

Eventually the far larger vente-privee.com will set up in the U.S., giving Gilt competition it hasn't had in its early life.

The height of the simulation box, normal to the basal plane, is set to far larger than the thickness of monolayer MoS2 (0.65 nm) [2] and is fixed during the simulation.

Due to the potential for multiple oxidation states for some residues and oxidation combinations within a given proteolytic peptide, a far larger and more complex data set is obtained than typical for a proteomics analysis.