Sentence examples for facilitated identification from inspiring English sources

A bending and shear deflection dominated model facilitated identification and interpretation of the complex impact behaviour.

Advances in esophageal manometry have facilitated identification of variants of achalasia, suggesting they are more common than previously thought.

The availability of ultra-high density genetic map and robust phenotypic data enabled us to identify additive QTLs with high resolution and facilitated identification of candidate genes.

The combined use of transmission electron microscopy (TEM) and image simulations has facilitated identification of the operative deformation mechanisms and allowed for a quantitative measure of superdislocation dissociations.

Exploration of biosynthesis mechanisms in other model organisms facilitated identification of potential molecular targets for engineering terpenoids biosynthetic pathway in thraustochytrids.

New technologies have facilitated identification of genes involved in quantitative traits, and many genes underpinning quantitative trait loci involved in rice crop yield have been isolated.

Our simulation results and theoretical calculations confirmed the validity of the virtual model and facilitated identification of key parameters in the design.

The reduction in cost, and wider availability of non-invasive, portable instrumentation have facilitated identification of artists' pigments in heritage objects for which it would have been otherwise impossible [7 9].

Both tracers exhibited a wide range of values (δ34S between +2.6 and +18.9‰; 206Pbetween between 1.16 and 1.39), which facilitated identification of mixing end-members, and made it possible to assess the sources of the studied species.

Extensive developments in molecular design of biomaterials have facilitated identification of several biophysical and biochemical variables (e.g. adhesion peptide density, substrate elastic modulus) as being critical to cell response.

Recent advances in molecular tools, imaging and electrophysiological approaches have greatly facilitated identification of the cellular and molecular mechanisms that establish the fundamental organization of the retina and the specializations of its microcircuits during development.