This multi-element, multiple individual sampling approach permits the first in-depth, quantitative assessment of individual variation in osteohistological traits of a theropod dinosaur species.
This provides a single access point, and conducts ethical permission-run trials on the 2.8m population, avoiding the need to approach multiple individual trusts.
One way to increase power to detect changes in the tempo and mode of molecular evolution in domesticated lineages is to take a population-level approach, with multiple individual samples for each domesticate and wild lineage.
Analysis approaches will include multiple individual statistical tests at the univariate and multivariate levels utilizing the accumulated clinical and physiologic data to evaluate potentially complex associations, to control for confounding factors, and to assess contributions to outcomes.
An approach that combines multiple individual MLPs is proposed, and this reduces the time needed to train MLPs on large amounts of data.
Second, one can generate an aggregate representation by combining the multiple individual representations [3]; In the first approach, one focuses the SAR analysis on pairs of compounds that are identified by most (or all if possible) representations.
Labeling and imaging of multiple, individual radial glial cells with this approach in Dlx5/6-CIE mice enables the real time analysis of radial glia-interneuron interactions all across the developing cerebral wall.
The approach would combine results from multiple individual studies after the fact, enabling recommendations to be made about process effectiveness in context.
Such approach may be adopted to avoid carrying out multiple individual shRNA expression vectors and improve transfection efficiency in further research in this area.
Combining both approaches outperforms respective individual approaches.
