Sentence examples for a much larger variance from inspiring English sources

In addition the Strad violin has a much larger variance than the other wood samples for Na2O and Cl, p<0.0001.

The control OCCs have a much larger variance between the 24 and 48 hour time points compared to the variance between docetaxel treated OCCs.

In HsM1 we used a more stringent threshold of 3.5-fold, since the expression values in this dataset showed a much larger variance, probably because no replicates were performed (except for time 0).

In comparison to the EC spike-in result, a much larger variance was observed in the log2 Cy5/Cy3) intensity ratios typical of a B6C3F1 liver sample vs. Stratagene Universal Reference RNA hybridization result.

In comparing (7) with (9), we can see that, while the regular t-test method gives a much larger variance for each estimated variance (each individual t-test will lose two degrees of freedom due to variance estimation), MBIS, a method that utilizes information among genes, has a more precise estimate for the common variance.

Curiously, the distributions of these average values appear to be very similar between Bacillaceae and Enterobacteriaceae, although the latter has much larger variances than the former.

The compounds in the above two clusters exhibited much larger variances (i.e. higher specificity) in their bioactivity profiles, which may contribute to their relatively converged patterns of interactions with relevant protein targets.

Beside the differences between both the groups resulting from ANOVA, we found much larger variances of several M/L posturographic parameters in the non-athletes than in soccer players.

Emissions from GFP-PTB associated with Cy5-labelled RNA showed a much larger amplitude and variance indicative of several GFP-PTB molecules within each complex.

Second, expected punishment levels explain a much larger share of the variance in the data than whether or not there is intergroup competition.

The DHGLM2 (sire-dam model) and the classical linear mean animal model gave similar estimates of genetic (after appropriate rescaling) and common environmental variances on the mean, whereas the DHGLM1 (animal/sire-dam model) produced a considerably lower (~ −70%) estimate of genetic variance and a much larger (~ +300%) estimate of common environmental variance on the mean.