Sentence examples for generated large differences from inspiring English sources

Varying kcat generated large differences in both background and dimerization-induced reporter activation, and these trends were not explained by relatively small differences in MESA expression levels.

Only a few small-scale changes in existing and duplicated genes are sufficient to generate large differences in sex determination systems.

Temime et al. [ 9] have shown that competition between serotypes was sufficient to generate large differences in prevalence according to serotypes, even in the absence of difference in transmission characteristics.

Alternatively, regions with a less stable landscape will rely greatly on the data partition used, thus generating larger differences between different models [15].

This greater environmental variance generates larger differences among successive births to the same mother, as opposed to stable differences which would affect all pregnancies of the same mother.

Arguing against this interpretation, the present use of long and short melatonin infusion durations at a physiological dosage (< 0.006 μg/h) generated large group differences in reproductive status without any differential effect on the entrained pattern of the locomotor activity rhythm.

Sample size is limited by the resources involved in participant recruitment and outreach, which constrains investigations to phenomena expected to manifest in most children and generate large condition differences.

Reinforcing Meis binding at selected enhancers can generate large phenotypic differences, because these enhancers regulate transcriptional repressors.

The use of automatically generated large data sets has produced a more comprehensive picture of the size differences between the individuals surveyed than previously existed.

Thus, the populations that we found to have exceptional frequencies of the deleted or non-deleted allele could represent a clear example of a particular genetic drift or relatively recent selection event that generated extremely large differences.

Results showed that the subjects' erroneous responses were equally distributed within trials, but were dependent on mismatch conditions, generated by large differences between the frequencies of the tones of consecutive trials.