Sentence examples for allowed optimal use from inspiring English sources

Although considerable effort was spent geocoding the case locations, the specificity of this information allowed optimal use of the available reference data on the other geographic variables.

The objective is to achieve an efficient installation that allows optimal use of the available resources.

Multi-layered woven structures are characterised by non-crimp fibre arrangement of the high-performance warp and weft yarns such as CF and GF, allowing optimal use of the fibre substance strength and subsequently increased the mechanical properties of their composites.

This correlating effect of GDT, combined with increased urine output, can be explained by the hypothesis that monitoring of a reliable predictor of fluid responsiveness and an estimation of cardiac output allows optimal use of fluids and inotropes, whereas inotropes maximize the hemodynamic effect of administered fluid.

This real-time shared feedback allows optimal use of face-to-face and non face-to-face clinical time.

Respiratory viral diagnosis is recommended for all hospitalised infants in order to ascertain disease aetiology and allow optimal use of isolation cubicles to prevent nosocomial infection.

It is a long-term effort to collect longitudinal cognitive, clinical, CSF and neuroimaging data on cohorts of individuals with mild AD, mild cognitive impairment and normal cognitive aging to allow optimal use of biomarkers in trial design.

The application of physiologically based pharmacokinetic modeling to quantitatively describe drug disposition and effects during pregnancy is an attractive approach that is now actively pursued as it allows optimal use of available information for both efficient study designs and prediction of maternal fetal exposure.

At a time when several developing countries, particularly in Africa, are moving toward the implementation of such programs [Ohene-Frempong et al., 2008], the development of guidelines and tools allowing optimal use of high volumes of data is going to be a major challenge.

The application of physiologically based pharmacokinetic modeling to quantitatively describe drug disposition and effects during pregnancy is a highly attractive approach that is now actively pursued as it allows optimal use of available information for both efficient study designs and prediction of maternal fetal exposure.

The identification of these genes has led to the conclusion that DAF-16 acts to protect the worms from damage (e.g. heat stress), oxidative stress or pathogens; to promote a favourable metabolic status that allows optimal use of energy resources, and to increase survival in harsh conditions (Halaschek-Wiener et al. 2005; McElwee et al. 2004; Murphy 2006; Murphy et al. 2003).