Sentence examples for more efficient population from inspiring English sources

The aforementioned emission color change may suggest a more efficient population of the 4F7/2(energyenergy level under a higher excitation power, and the 4F7/2(Er3+) ~ 2H11/2/4S3/2(Er3+) NR process becomes successively stronger than 4F7/2(Er3+) ~ 4F9/2(Er3+).

The lateral wall growth of rod-shaped firmicutes may permit more efficient population growth, because the near-symmetry of growth and division allows both daughter cells to progress equally rapidly to subsequent divisions.

The bias in this repair mechanism mimics selection, and as such, the influence of gBGC on genome evolution is more efficient when effective population sizes are large.

These findings argue for continued investigation of this and similar target segments which represent more efficient research populations for subsequent study by product designers and other decision-makers wishing to understand the early market dynamics facing H2FCVs and related ME innovations.

A family-based approach would be more powerful when the population structure is significant, as in African-Americans, while the approach based on the typing of unlinked markers would be more efficient for populations with low levels of structure, as in Europeans [ 60].

Similarly, according to our projections (Technical Appendix Table 3), a 1-time catch-up campaign is more efficient in a population with traditional sexual behavior than in a population that has transitioned to gender-similar sexual behavior.

Importantly, regardless of the existence or absence of correlation in their firing (dependence or independence), multiple neurons provide a combinatorial code that is more efficient than a population spike count [40].

Intravenous NAC at high dose is not more efficient in this population than hydration alone for prevention of contrast nephropathy and should not be used in this setting.

Another is that frequent hand-washing is more efficient on the population level when it is practiced by those who are already sick, and less efficient when practiced by healthy individuals.

This rank order might be seen as surprising if one considers that selection against slightly deleterious mutations should be more efficient in large populations, that is, the level of constraint should correlate positively with the effective population size, N e (Ohta 1973).

One can expect that a higher population size should increase the rate of adaptation, since positive selection is more efficient in large populations.