Sentence examples for precise propensity from inspiring English sources

In previous sections, we remarked on the difficulty of identifying the precise propensity that could, according to some, ground fitness ascriptions.

Our aim is to deliver more comprehensive and precise annotations of the crystallization propensity (and the other steps in the crystallization process).

Their propensity to self-assemble into precise structures that offer a three-dimensional scaffold for functionalization has led to their use as optical contrast agents and related biophotonics applications.

The critical point in the development of the empirical analysis was, therefore, to prove first of all the existence of a possible correlation between the accumulation of knowledge (of which the cognitive script acquisition is a direct expression) and the propensity to spin off, linked to a precise determination of the new entrepreneur to reproduce the parent company's cognitive map.

This design allows more precise effect estimation because the association between CDAD and the propensity score variables among the study participants is eliminated.

Genetic mechanisms underpinning various aspects of migratory behavior have been discovered in animals that traverse great distances and display precise homing ability (e.g., timing, sun compass orientation, and propensity to migrate; Zhu et al. 2009; Hecht et al. 2013; O'Malley et al. 2013).

The propensity score matched analysis yielded a similar though less precise estimate (risk ratio 1.14, 0.99 to 1.32; risk difference 6.1, −0.6 to 12.8).

Previous findings revealed that propensity score analysis could produce estimates that were more precise and robust than regular logistic regression while there were seven or fewer events per confounding variables, but might produce unstable estimates when events per confounder were more than eight [ 50 ].

An optimal matching algorithm (dist macro in sas) was used to match participants within the two groups, using a precise matching criterion (<0.01) for the principal analyses between treated pairs on the propensity score.

Finally, due to the aggregated nature of influenza exposure data, we are unable to define a precise effect period that might provide insights into whether this effect is driven by increased transmission, increased propensity for invasive disease, or increased colonization, though biological experiments described above strongly suggest that the latter may be important.

These position-specific propensities should provide valuable parameters to guide de novo protein design, and should allow more precise prediction of helical topology in natural proteins.