Sentence examples for more efficient linkage from inspiring English sources

Like other disciplines within behavioral science, environmental gerontologists continue to grapple with the extrapolation of data to the realm of practice―affecting more efficient linkage between the meaning of statistical effect sizes and interventions designed to improve the quality of life.

In addition, these specialized structures have developed collaborations with prevention and testing associations that contribute to a more efficient linkage to HIV care.

We therefore sought to develop more efficient methods for linkage mapping in this parasite.

Potentially more efficient methods model linkage conditional on parental or children's genotypes [ Sun et al., 2002; Dupuis and van Eerdewegh, 2003] or by using parental or children's genotypes as a covariate in the linkage model [ Houwing-Duistermaat et al., 2005].

However, the small difference observed between Man5B acting on cellohexaose or on mannohexaose does not permit a final conclusion on why the enzyme is more efficient at cleaving the linkages of mannohexaose rather than those of cellohexaose.

The above considerations boil down to the question: rather than taking linkage as given, could selection for more efficient enzymes have driven the gradual origin of linkage?

Linkage may be more efficient than association when different mutations in the same gene contribute to the disorder across families, rather than a specific set of alleles.

This may indicate either that linkage to care is more efficient in these settings (lowering pretreatment mortality), or that mortality following treatment initiation is higher for other reasons.

Indeed, some of these "missing" QTL were identified in previous studies by linkage mapping, which is a more efficient method for detecting rare alleles [ 30, 46, 47].

More efficient DNAzymes are expected by delicate design of the linkage and the external functional groups for this 6-amino group of A15.

But these two models also predict increased selection for operons in larger genomes because these correspond to bacteria with higher effective population sizes (more efficient selection) and more gene transfer (increased selection for linkage).