Sentence examples for depending on trait from inspiring English sources
Phenotypic correlation between years varied from 0.38 to 0.97 depending on trait and population (Additional file 5: Table S4) and was always highly significant.
The reported estimated correlations ranged from 0.38 to 0.946, depending on trait and on differences in the environment, and in general with relatively high standard error on the estimates.
To further elucidate the characteristics of neural processing as depending on trait anxiety, in addition to differences in regional activation strength, we investigated interregional coupling within the task-relevant that is, working memory manipulatask-relevant thatork.
Interestingly, Hayes et al. [ 31] recently reported a minimal increase (0 to 3% depending on trait) when sequencing followed by imputation vs. SNP array genotyping were compared on real dairy cattle data.
Depending on traits, the assembly rules can be similar or contrasting in different habitats.
However, the CBO cautioned that its estimates "do not show precisely what federal workers would earn if they were employed in a comparable position in the private sector" and that the differences "could be larger or smaller" depending on traits the study did not attempt to measure, such as job security.
Moreover, the fact that the number of detected QTL varied substantially depending on traits suggests that power limitation is not the only factor explaining the detection of one or very few QTL for some of these, especially for polygenic traits (i.e., genetic architecture) for which, individual locus contribution (i.e., distributions of effects) is relatively low and remain difficult to detect.
4. Perception of need depends on trait negative affect, as well socially constrained expectations.
A reasonable proposition is that the relative performance of RR and LASSO depends on trait architecture (e.g., [ 21, 26]).
For a given sample size of a given genetic background and for a given QTL detection method, the power of QTL detection depends on trait complexity, the extent of phenotypic variance of the trait, and the genetic parameters of the trait (heritability and the proportion of additive vs. non-additive variance).
Recovery, or engineering resilience, is a dynamic process of both persons and ecosystems in response to disturbances, and the speed and the magnitude of recovery from stressful events depend on traits in both cases (response ability in people [Campbell 2011]; biodiversity in ecosystems [Nash et al. 2016]).
