Sentence examples for methodologies have recently from inspiring English sources

These methodologies have recently been extended to a single thin film of non-uniform thickness deposited on a substrate and subjected to the non-uniform misfit strain.

These methodologies have recently been extended to a single layer of thin film deposited on a substrate subjected to the non-uniform misfit strain in the thin film.

These array-based methodologies have recently been applied to profile PTMs, including phosphorylation, ubiquitination, acetylation, glycosylation and nitrosylation.

The platforms and molecular techniques used in this phase, such as DNA, RNA, miRNA microarray or antigen-based proto-arrays, usually generate large quantities of data; these methodologies have recently been reviewed by us in detail [ 6].

Exome microarrays and related methodologies have recently been used to enrich exonic regions of genomic DNA for identification of disease-causing mutations in humans (Bamshad et al. 2011; Pierson et al. 2011) and mice (Fairfield et al. 2011; Hilton et al. 2011).

The advantages and disadvantages of these methodologies have recently been reviewed (Cronn et al. 2012; Grover et al. 2012; Mamanova et al. 2010; Mertes et al. 2011), although applications in plants remain relatively few in number (Fu et al. 2010; Haun et al. 2011; Saintenac et al. 2011).

Moreover, whole genome resequencing of evolved Escherichia coli strains using simultaneously two different methodologies has recently been reported.

Collaborative participatory policy approaches based on foresight methodology have recently been proposed as promising governance tools to achieve sustainability in general, and address and manage challenges of integrating competing demands on forest land use (e.g., timber production, nature protection, recreation) in particular.

Several case studies employing such a hybrid methodology have recently been published.

The resulting methodology has recently been adopted by the ITU-T as the new Recommendation ITU-T Rec.

Future production of fossil fuels is usually modeled using 'ultimately recoverable resources' models, and a similar methodology has recently been applied to copper (Northey et al. 2014).