Sentence examples for a methodology that does from inspiring English sources

But we can still compute the probability of the critical events by using a methodology that does not depend on that knowledge.

In addition, mucosal blood flow was estimated by gastric tonometry, a methodology that does not necessarily reflect changes in other parts of the gastrointestinal tract.

Despite these advances, the delivery of nanoparticles into plant tissues has been limited to methods involving bombardment [ 9, 10], a methodology that does not allow massive application of particles in large numbers of plants, thus being of little use for agronomic purposes.

This does not pose a problem for marketed drugs that are already being used off-label in a population, but when in drug development a drug has never been used in a pediatric age range before, a methodology that does not rely on in vivo pediatric data of the drug under investigation is required.

The reviews on Health Services and Health and Social Policy followed a methodology that did not involve the same type of quality assessment and classification as the others, and so they have not been included in Table 3. * These articles were rated on a scale from 1-3 (poor, fair, good).

A cleaning methodology that does not involve a translational cleaning motion would be expected to reduce the extent of scratching to the surface.

To test these two competing causality models, this study used a new methodology that does not require experimental manipulations or a longitudinal design; instead, it utilizes cross-sectional, dyadic data.

2010) in the ADEGENET package (Jombart 2008) for R. As a multivariate methodology that does not make assumptions of HWE or linkage disequilibrium, DAPC first transforms the genotypic data into principal components and then uses discriminant analysis to maximize differentiation among predefined groups (here sampling locations).

In this work, we provide proof of concept for a genome editing methodology that does not require homologous recombination by donor dependent repair and attains efficacies that are high enough to screen editing events by PCR using genomic DNA of a reasonable number of individuals.

Overall, this is a convenient and powerful methodology that does not employ a costly metal catalyst.

The major contributions of this article are: 1. a new, deterministic localization methodology that does not rely on solving any sophisticated inverse dispersion problem and is an alternative to the stochastic localization methodology presented in (Locke and Paschalidis 2013);   2. a novel sensor placement methodology that stems from a machine learning feature selection procedure; and   3.