Sentence examples for emphasis on applicability from inspiring English sources

A major area of dissatisfaction among students and alumni is the predominantly theory-driven classroom education, with little emphasis on applicability.

However, what distinguishes FORM from other systems is its strong emphasis on applicability, which is separated out as its own category and relates the relevance of the body of evidence to the Australian healthcare system.

We will discuss the relevance of our findings to childhood immunisation programmes in Africa in the decade of vaccines with emphasis on applicability, effects on equity, cost implications and monitoring and evaluation.

FORM distinguishes itself from other systems by its strong emphasis on applicability, which is separated out as its own category and relates the relevance of the body of evidence to the Australian healthcare system.

The mechanistic aspect during the fabrication of these materials with an emphasis on their applicability in catalysis is outlined.

The implications of these results for mechanisms controlling turbulent flame stabilization, with an emphasis on the applicability of triple flame concepts to turbulent flows, are discussed.

Existing and emerging technologies for low-temperature thin film deposition are reviewed with an emphasis on their applicability in microelectronic fabrication.

This contribution offers a critical review of the different methods that have been suggested with special emphasis on their applicability to technical food-emulsification.

The assay was designed to be used in diagnosis of HIV-1 infections in pediatric and adult patients, with an emphasis on the applicability in resource-limited settings.

But, despite the emphasis on the applicability of theoretical sciences and attempts to prepare graduates for entering the job market, applied scientific centers have failed in training skillful graduates (Salehi and Baradaran, 2007).

In this review, we visit alternative expression hosts for structural biology ranging from bacteria and archaea to filamentous and unicellular yeasts and protozoa, with particular emphasis on their applicability to the structural determination of high-value, challenging proteins and complexes.