Sentence examples for more precise trait from inspiring English sources

Advances in technology will enable more precise trait definitions, with phenotypes closer to the genotype.

In Experiment 1, we made an assumption that participants would use more precise trait categories to infer more exclusive groups, but this did not provide information on how large participants might expect these groups to be.

Group size was a between-subject independent variable, manipulated using different sized option lists, with longer lists giving more precise trait information and therefore identifying more exclusive groups (e.g. in the most inclusive group condition, an option for taste in music was "Pop", whereas in the most exclusive there was an option for "Indie Pop", a more precise category of pop music).

In Experiment 1, we manipulated perceived group size using more or less precise trait options, which correspond to more or less exclusive communities of shared interest.

Although the availability of multiple measurements of a trait within the EMR may provide a more precise estimate of the trait value as well as change in trait value over time, it is not clear how to deal with multiple measurements in GWAS analyses.

QTL detection with such a model can be more powerful and more precise than a single trait detection [ 28].

We propose that the improvement in across-breed prediction achieved by BayesR with the multi-breed reference population is due to more precise mapping of quantitative trait loci (QTL), which was demonstrated for several regions.

Unfortunately, the absence of specific measures of personality in the PIAAC database prevents us from reaching more precise conclusions about which traits may be captured by these additional measures provided in the computer based assessment.

Personality inventories like the NEO-FFI might possibly have been more precise for measure personality traits [ 45].

So she introduces them to a few candidates early — and then helps the searchers become more precise about what talents, personality traits and potential are most important.

Due to advances in genome sequencing, comparative mapping and computational technologies, it is now possible to further characterise the duplicated regions involved in the control of complex traits by more precise mapping of QTL and better estimate the proportion of QTL at homoeologous positions.