Sentence examples for more robust animals from inspiring English sources

Such genetic differences in residual variance between individuals could be exploited to obtain more homogeneous products and/or more robust animals by selecting for lower residual variance.

Although profound scientific knowledge about the detailed relationships of resilience traits with other traits might still be missing, it can be hypothesized that more resilient animals are also more robust animals (i.e. more fertile) in general.

On the basis of available literature, we have hypothesized that the HPA axis could contribute to the trade-off between production and robustness traits, and that genetic variation in HPA axis activity could be used to select more robust animals [ 2, 3].

Most of the remains were referred to a new species, I. bernissartensis, a larger and much more robust animal than the English remains had yet revealed, but one specimen was referred to the nebulous, gracile I. mantelli (now Dollodon bampingi).

František Baluška: Yes, flowering and fruit plants are not so old in evolutionary terms and are much more robust than animals.

Another factor is that an increase in %omissions seems more robust when animals are tested with a prolonged, but fixed, inter-trial interval (LITI) than when using a variable ITI (unpublished observations).

Because previous studies showed that axonal rearrangement is more robust in younger animals than in older animals in other sensory systems [24], [25], we performed ME on mouse pups at P10, when the eye-specific projection patterns of RGC axons are mostly formed in the dLGN [10], [12].

Bonferroni post-hoc analysis indicated that suppression of rears by poly I C was significantly more robust in WT animals than in IFNAR1−/− animals (p < 0.05).

Therefore, we decided to use a sire model implementation, because it is more robust than the animal model implementation with DHGLM when animals only have a single observation.

The investigation into bone strength carried out here sheds light on the first of these points, demonstrating that at least some aspects of pterosaur skeletons are far more robust than expected for animals of their size.

This suggests that the more robust phenotype of these animals may not be solely due to any enhanced osteogenic response to loading but includes additional osteogenic responses to other stimuli with osteoregulatory effects.