Sentence examples for more precise objectives from inspiring English sources

One of the best ways to advance the field is for investigators to focus on more precise objectives (Snell et al. 2003): identify conserved genes that are up-regulated in response to toxicant exposure, determine how these gene expression profiles can be used to diagnose stressors, and identify those genes that are most informative to incorporate into stress gene arrays.

In the last decade, commercially developed balance assessment systems (Chattecx®, Equitest®, Balance Master®) have been proposed as a way to obtain more precise, objective [ 10, 11], and potentially more sensitive [ 12] measurements of subjects' postural stability.

9 With the development of more precise, objective measures of physical activity, especially the use of accelerometers, clear associations between children's levels of physical activity and health risk most notably obesity and risk factors for cardiovascular disease have been reported in cross sectional analyses.

Calculation of the "new participant ratio" introduced here can make such judgments more precise and objective.

Volumetric analysis allows a more precise and objective assessment of tumour burden.

Thus, significance of the complex psychological and psychiatric examination increases and makes data obtained by clinicians more precise and objective.

Another strength of the study is the use of automated segmentation techniques to obtain brain parameters, which provides more precise and objective estimates than visual rating scales 45 and enables accurate measurement of small volume changes over time.

Furthermore Ekelund et al. stated that even with a more precise and objective measure of PA levels such as accelerometers, the proportion of children meeting a certain criteria (ie accumulation of >60 min of MVPA per day, or more than 50% of the time in PE spent in MVPA) vary considerably (from 1% to 100%).

The effect of in feed antimicrobials on fat cover and carcass color in veal calves needs to be further clarified by using more precise and objective measuring techniques (e.g. measuring fat thickness at slaughter or by ultrasound [ 64, 65]) than the commonly used SEUROP classification system as was the case in the present study.

The changes over time in the incidence of these 2 glioma subtypes likely reflect the increased use by pathologists of molecular markers to supplement morphological data to yield more precise and objective diagnoses among these tumor subtypes (eg, chromosomal loss at 1p and/or 19q).

Most literature to date suggests that biochemical and molecular indicators are more precise and more objective than the morphological criteria currently in use [ 8, 20– 20].