Sentence examples for power of experiments from inspiring English sources

This report illustrates the power of experiments in dairy cattle.

Pooling samples is a common way to reduce the cost of experiments as well as to provide equivalent power of experiments [ 30- 32].

To maintain the statistical power of experiments, extra mice are now routinely added to experimental and control groups (Lenaerts et al., 2004).

The statistical power of experiments can be influenced by technical accuracy, as soon as technical variance reaches the magnitude of the expected biological variance.

To take into account the variations in quality and statistical power of experiments a GTI-derived ordinal scale quality assessment score is assigned to each experiment added to the database.

The ability to detect intermediates in simple, small proteins, including those that fold on rapid timescales, provides exciting opportunities to develop new insights into the intricacies of folding mechanisms by combining the power of experiments and simulation, as a prelude to tackling larger proteins for which the folding energy landscape will be more complex and more rugged.

To compare the power of our experiment with experiments of a size comparable to those more commonly found in the literature, we again divided the 24 blocks into 6 sub-groups, each consisting of 4 consecutive blocks, and then reanalyzed the data by LMMA for each sub-group separately.

We suspect this difference in results between the electrophysiology and staining experiments was due to the increased power of immunostaining experiments, which sampled ∼30 neurons per condition, as opposed to the physiology experiments, which measured mIPSCs from 6 neurons per condition.

Reaching more philosophical depth, others account for the cognitive power of thought experiments and literature by considering physical experiments as well, and seeing in all three a process called "exemplification" (see Elgin, 2014).

To extend the power of microinjection experiments, mouse embryo fibroblasts (MEFs) have been used with a variety of genetic modifications.

Therefore, the transparency, reproducibility and finally also the predictive power of preclinical experiments can be significantly improved by adopting general standards in experimental design.