Sentence examples for comprehensive viability from inspiring English sources

Often the cognitive and behavioural effects of technologies on the commercial driver have not received in-depth analysis to determine comprehensive viability.

Further, such schemes will be subject to "comprehensive review mechanisms", which means that their viability will be looked at again as they start taking shape, possibly resulting in the "affordable" homes percentage being bumped up.

This may be indicative of a possible mechanism through which inhibition of γ-secretase modulates decreased viability, as observed in the comprehensive NCI screen.

The proposed study offers a comprehensive view and interesting insights as concerns the viability of polygeneration systems for buildings applications.

This paper provides a comprehensive review of recent studies on the economic viability of "going green", including cost-benefit analyses from the perspective of building life cycle and from the perspective of major market participants.

The analysis is performed for six islands in Italy characterized by different demographic and climatic conditions, so as to get a comprehensive understanding of the factors that favour/obstruct the viability of the examined technical solution.

Viability data were obtained from the Comprehensive Yeast Genome Database [36].

These efforts enabled us to build a comprehensive profile of how compounds affect T cell viability and differentiation into both pro- and anti-inflammatory Th subsets.

By further analyzing intracellular tubulin polymerization kinetics, cell cycle G2 population arrest, and cell viability in dose response mode, we obtained a comprehensive understanding of the drugs' intracellular mechanisms of action at a molecular level.

The paper places particular emphasis in two aspects: to give a comprehensive vision of the formal scenario, and to demonstrate its practical viability.

To thoroughly address the viability of V2G technologies, in this work we develop a comprehensive battery degradation model based on long-term ageing data collected from more than fifty long-term degradation experiments on commercial C6/LiNiCoAlO2 batteries.