Sentence examples for average rate difference from inspiring English sources

These patterns differed across countries; the average rate difference between very preterm and term births was 43 percentage points, but ranged from 14%to61%14%to61%

The average rate difference between babies born before 34 weeks and those born after 37 weeks was 7 percentage points and ranged from 0.2% in Slovakia to 23.0% in Germany.

The average rate difference between very preterm and term births was 43 percentage points, with a range from 14.4% in Lithuania to 61% in Germany as illustrated in Figure  2A.

Figure  2B shows that a great heterogeneity also existed between near term and term singleton births; while the average rate difference was 12 percentage points, it ranged from 0.4% in Lithuania to 25.2% in Austria.

However, the differences were far less pronounced than in the case of eukaryotes, and in only one case the average rate difference between duplicates and singletons was marginally statistically significant (Table 1).

In order to evaluate the variation in estimates of annual/perennial rate differences in sequences most similar to actual ITS data, one set of 1000 replicate simulations were carried out using the nucleotide substitution model parameters and average rate differences estimated from the ITS sequences of the 16 annual/perennial pairs (see bottom rows of Table 2).

We then tested across cells if the average response rate difference on the left was different from the average response rate difference on the right.

The average substitution rate difference for all nuclear loci was 1.35-fold between A. thaliana and A. lyrata and 1.32-fold between A. thaliana and A. petraea.

For the concatenated nuclear sequences, the average substitution rate difference was 1.35-fold between A. thaliana and A. lyrata and 1.33-fold between A. thaliana and A. petraea.

Taking the square root of these values allows us to calculate that the average growth rate difference between hub disruption strains was ~11.7% compared to ~0.7% between random disruption strains.

For destructiveness we calculated the mean missed cough rate per hour (coughs/hr) and the proportion of coughs missed overall and per patient group, the average difference and the average rate of deviation (i.e. the absolute magnitude of the difference) from manual counts (coughs/hr) per patient group and overall.