Sentence examples for more rapid selection from inspiring English sources

The expected pattern under a scenario of compensatory evolution would be slow evolution in the early phases of the competition experiment with more rapid selection in the later stages.

Selection pressure placed upon breeders based on traits with higher heritability will likely result in more rapid gain than selection pressure based on traits with lower heritability.

Although inter-specific breeding by conventional approaches has had positive impacts on cultivar development [ 2], the potential for using molecular markers to facilitate more rapid and effective selection and transfer of G. barbadense fiber properties to G. hirsutum [ 3] is clear.

Goddard (2009) and Jannink et al. (2010) surveyed the dynamics of long-term selection responses by performing simulation studies, and concluded that GS leads to a more rapid decline in the selection response than PS unless new markers are continually added to the prediction of breeding value.

We used Γ = 0.2 and 0.5 corresponding to moderate and more rapid diffusion relative to selection, respectively.

With more rapid cooling and better selection of the candidates for this therapy, it is possible if not likely that future multi-center trials will find the therapeutic efficacy that single-center studies already have found.

Such QTL detection provides valuable information for understanding genetic mechanisms underlying dairy phenotypes and for identifying causal polymorphisms that lead to more rapid genetic improvement using genome selection [ 6, 7] or gene-based selection [ 8].

It has been a common observation among the soybean somatic embryo transformation scientists that while solid medium selection is relatively consistent liquid medium based selection is more rapid (personal communication with John Finer).

Insulin pens offer more convenience than vial insulin because they are easier to use, more portable and allow the rapid selection of the correct dose.

Overall, the hypervariable Class I and UTR-derived microsatellite markers designed in this study from the TF genes provided a strategy for the rapid selection of more polymorphic markers from the huge marker database and thus would have greater utility for large-scale validation and efficient genotyping applications in chickpea.

Similarly, selection for more rapid growth has had the consequence of drawing resources away from features such as brain size and acuity of sense organs in domesticated animals (Diamond 2002).