Sentence examples for most powerful experimental from inspiring English sources

Lasers can generate pulsed or continuous beams, with average powers ranging from microwatts to over a million watts in the most powerful experimental lasers.

A major influence in learning generally, repetition is the most powerful experimental variable known in psychomotor-skills research.

Yet, the most powerful experimental designs underpinning the observation methods actually rest in fairly straight-forward design concepts.

First, the most powerful experimental systems for studying development are set up to minimize variation that may be critical to comprehending how evolutionary processes occur in nature.

The ability to conduct forward and reverse genetic screens in animal models such as C. elegans remains to be one of the most powerful experimental paradigms for understanding molecular pathways underlying human disease phenotypes [ 62].

Inbred mice are undoubtedly the most powerful experimental system for identifying modifier genes and an example of their usefulness is the identification of Pla2g2a, encoding a secretory phospholipase, as a major modifier of intestinal neoplasm formation in adenomatous polyposis coli (Apc -deficient mice [ 12].

To date, the most powerful non-experimental methods for determining RNA secondary structure rely primarily on position-specific patterns of nucleotide covariation in multiple homologous RNA sequences.

Interrupted time series analysis, distinguishes between the effects of time from that of the intervention and is the most powerful, quasi-experimental design to evaluate longitudinal effects of such time-limited interventions [ 25, 26].

22 Interrupted time series analysis distinguishes the effects of time from those of intervention and is the most powerful, quasi-experimental design to evaluate longitudinal effects of time-limited interventions.

Transmission electron microscopy (TEM) is one of the most versatile and powerful experimental tools for imaging and diffraction of micrometer to sub-nanometer structures.

The effects were comparable to those of CTB, which is recognized to be the most powerful vaccine adjuvant in experimental settings [ 31].