Sentence examples for more extensive methods from inspiring English sources

Although more extensive methods of estimating air pollution levels are available, we found that a method of interpolation provided useful information, and future studies may investigate other approaches to estimate ozone levels.

It is important to note that this was a challenging assay to set up because we could not use more extensive methods of amine-based labeling that would have resulted in brighter toxin – such methods are known to interfere with the oligomerization and extensive C-terminal conformational change that is required for SLO pore formation.

Characterization of most significant contributors to children's exposures to pollutants will enable researchers to employ more extensive methods for measuring these important exposures while administering less-detailed measurements (e.g., integrated samples or measures with lower precision, accuracy, and sensitivity) to quantify secondary routes or pathways of exposures.

Mr. Horween said that many of the more extensive conditioning methods, including moisture, mineral oil and solvents to dissolve wax, were hurting more than helping by stripping the football of waxes that enhance its grip.

There is tension between farmers who prefer more extensive agricultural methods and those who do not; for example, some farmers prefer that certain steps in the working process, like scything, continue to be done by hand, while others prefer the use of machinery and intense fertilization.

A more extensive typing method, multilocus sequence typing (MLST), has been widely used, which assigns every strain with a sequence type (ST) [9].

In this article the prevalence of potential drug interactions in outpatient day-care patients treated with anti-cancer agents is studied using a novel more extensive screening method.

Functionalization of the agarose support with the ligands also requires a more extensive chemical method of immobilization; for example, in Daniels et al., ion-exchange ligands were immobilized through first selectively activating aldehyde groups with periodate.

In this study the prevalence of potential drug interactions in outpatient day-care patients treated with anti-cancer agents will be investigated using a novel more extensive screening method.

The aim of the present study is to gain more insight into the prevalence of interactions and duplicate prescriptions among patients being treated in the outpatient day care departments for oncology and hemato-oncology using a novel more extensive screening method.

A more extensive and detailed "Methods" section can be found as Supplemental File 1.