Sentence examples for relative compared to from inspiring English sources

When figures are reported for 2014 we may see a blip, but generally "the level of aviation safety is at its best, both in absolute and in relative (compared to number of flights) terms," says Harro Ranter, who runs a group called the Aviation Safety Network, told the Times.

In summary, in this section, we built a deep CNN out of ReLU units, and we found that the best convolutional model reduced the error on the core test set by almost 2%% absolute (9 % relative), compared to a fully connected DNN.

For most of the domains the UniRef set has the highest total and relative (compared to the total number of analyzed proteins) number of candidate type I PKS.

Midmyocardial cells are known to have action potentials that prolong disproportionately relative compared to those of epi- or endocardial cell types in response to many QT-prolonging drugs [ 51, 52].

Whereas the health transition item is a general and relative (compared to 1 year ago) measure, the domain scores are specific and absolute (providing a value at the date of assessment) measures.

These results indicate that the expression of ampC is fully derepressed, a phenomenon often observed in Gram-negative bacteria isolated from patients undergoing therapy with third-generation cephalosporins, such as cefotaxime and ceftazidime [ 46, 47].> -wrap-foot> Mean values of relative (compared to PAO1) mRNA levels obtained in at least three independent duplicate experiments.

The risk of migraine is more than twice as high in subjects with epilepsy both in probands than in relatives, compared to people without epilepsy [65].

A higher frequency of neuromuscular and psychomotor abnormalities was found in patients with schizophrenia and their first-degree relatives compared to healthy controls.

On the individual gene level, 11 genes showed altered expression levels in first degree relatives compared to controls, among others KIF1B and GDF8 (myostatin).

Furthermore, several potentially important genes regarding the underlying causes of insulin resistance and type 2 diabetes (for example KIF1B and GDF8) have been identified and shown to have different gene expression levels in healthy first degree relatives compared to controls.

Significantly more olfactory dysfunction was noticed in relatives compared to controls (33.3% compared to 9.1%, p = 0.04).