Sentence examples for including the refinement from inspiring English sources

Numerous applications of the existing population maps are planned to exploit the increased spatial resolution, including the refinement of malaria risk and burden estimates [26], health system commodity estimation and medical facility accessibility modelling [18].

First, many experimental strategies, including the refinement of expression patterns using intersectional genetic approaches, require independence between the transcriptional control of multiple genetic components (Luan and White 2007; Simpson 2009).

Gene structure reannotation focused on improving the accuracy of the existing gene structure components, including the refinement of exon boundaries, annotation of UTRs, and identification of alternative splicing variations and pseudogenes.

18, 19 In the current study, comprising near comprehensive nationwide recruitment of patients with all types of prion disease 20 we had a unique opportunity to document for the first time the cognitive profile of a large cohort of prion disease patients including the refinement of an appropriate battery of tests.

Recent research activities include the refinement of DMCast, a forecast model for grape downy mildew based on studies defining ontogenic resistance and spore viability.

The developments include the refinement of the assumed in-plane stress pattern and a prediction of when concrete crushing occurs in the proximity of the corners of the slab.

The process includes the refinement of the search strategy and evaluation of search results.

These include the refinement of strategies for delivery and to reduce the risk of mutational escape.

The future challenge towards better risk stratification includes the refinement of prognostic marker genes that are associated with outcome.

Potential future research includes the refinement and testing of this method via the incorporation of local road, track and footpath networks to establish passable routes from villages into the high overlap areas and to allow the more detailed identification of priority areas for tsetse trap deployment.

Future work with this 'omic' dataset might include the refinement and validation of existing in vitro models, the examination of tissue-specific differences in wound healing outcome and, ultimately, the identification of a therapeutically-relevant transcriptomic signature for scarless tissue regeneration.