Sentence examples for reducing variability and from inspiring English sources

Recently, interest has focused on which other factors may be responsible for alterations in pharmacokinetics with the objective of reducing variability and increasing accuracy.

However, at least a part of V. vinifera PR10 sequences are probably subjected to concerted evolution, reducing variability and hampering the identification of putative triplicate ancestral copies.

Moreover, alcohol consumption may also interfere with the menstrual cycle by reducing variability and decreasing frequency of long cycles [ 20, 21].

Traffic data quality can also be poor in residential areas, as most government and commercially-available datasets relay on estimates for smaller roads, reducing variability and producing significant misclassification within residential areas.

There were no apparent intertrial patterns in error rates, although this might have been due to a floor effect: Error rates were very low in some combinations of proximity and intertrial condition, reducing variability and making statistical analysis problematic.

Our model of COPD exacerbation permits repeated lower airway sampling in treatment-naïve subjects in a manner not possible with naturally occurring exacerbations, thereby reducing variability and offering unique insights into the mechanisms of COPD exacerbations.

In reducing the several types of waste inherent in most systems, the reduced number of process steps and better-designed "goof-proof" processes reduce variability and potential for errors that may result in harm to patients.

These techniques improve performance, reduce variability, and lowers costs.

They have both reduced variability and improved outcomes in patient care.

Operational simplification (fewer products, no promotions, predictable deliveries, and so on) and the standardization of routine processes (such as unloading trucks, shelving, and cleaning) further reduce variability and make it possible to more accurately forecast workloads.

The procedure has been designed to speed up analysis, reduce use of solvents and reduce variability and systematic error associated with extraction and filtration.