Sentence examples for significantly faster at from inspiring English sources

In contrast, selection favoring unpreferred codon usage is predicted to result in a significantly faster AT rate (due to positive selection for unpreferred codons) and/or a significantly slower GC rate (due to negative selection on preferred codons) at synonymous sites compared with introns.

Still, it is far more likely that after years of slow recovery, the US economy might at last be ready to move significantly faster, at least for a while.

In the behavioural studies, participants were significantly faster at detecting low-level perceptual than abstract, conceptual differences during a visual classification task, while the object was presented on the screen.

As to embryonated eggs, they hatched significantly faster at higher temperatures, but exposure to 10 ngL−1 of LNG (at 27 °C) reduced significantly the hatching rate, comparing to control.

Sharks tracked in Kāne'ohe Bay had an overall average TBF of 70±10 beats min−1 and a U of 0.81±0.1 body lengths s−1, but swam significantly faster at night than during the day.

When the researchers dug deeper, they saw that the participants' unconscious instinct fared far better: in both studies, they were significantly faster at properly categorizing lie- and truth-related concepts when those concepts were presented with the lying or truthful face, respectively, from the video.

Results showed that nicotine release rate at 37°C were significantly faster than at room temperature (p < 0.05).

Lobsters grew significantly faster (P<0.05) at 18°C (SGR=1.32% BW day−1) than at ambient (1.21% BW day−1), with the extra growth explained by a significantly higher (P<0.05) apparent feed intake.

On the contrary, when the cell populations were grown on glucose, all strains that had been exposed to only PSGHL adaptation stress fermented xylose significantly faster and at significantly higher ethanol yield than when they were grown on xylose (Table  6B).> -wrap-foot> aretes are normalized relative to population density in absorbance units (A) at 620 nm.

pH had the greatest effect on dissolution rates, with particles suspended in the lowest pH medium (4.5) dissolving at a significantly faster rate than at higher pH values.

The median time to positive was 6 days (interquartile range 5 7), significantly faster than MGIT at 15.5 days (interquartile range 12 24), and LJ at 24 days (interquartile range 18 35 days) (P<0.01).