Sentence examples for divergent architectures from inspiring English sources

As a result of the numerous and divergent architectures that have been postulated for CRN (as earlier explained), it would be very tedious, almost impossible, to develop RA models that will capture all of the important details in one spell or shot.

This could be partially caused by a failure to report autoregulation in some cases –which can be particularly difficult to resolve for divergent architectures [31].

The comparative anatomy of different castes of ants provides an entry point into a future systematic analysis of how divergent brain architectures can arise within a single species.

We went on to show that the IL17A and IL17F loci have divergent epigenetic architectures in unstimulated HuT-102 and primary Th17 cells and are poised for preferential expression of IL17A.

In addition to these divergent root architectures that have been selected for among rice agro-ecosystems, the increasingly fluctuating levels of stress that is projected to occur across rice growing systems may necessitate more diverse root architectures and better adaptability to uneven distribution of soil resources.

Two wild-derived strains, CAST and PWK, showed the largest number of SSS events and the most divergent transcriptome architectures.

Overall, our results demonstrate differential and sex-specific responses to selection in the two HR lines tested, implying divergent genetic architectures underlying high voluntary exercise.

It is difficult to identify individual gene families from a wide range of genomes because of complicated structures or divergent domain architectures.

While cetaceans have captivated the imagination of the public, resulting in many anthropomorphic accounts of cetacean behavior, our current understanding of the cetacean brain is one that highlights the aberrant and divergent neural architecture of this group of mammals.

First, we test whether the frequency of TE insertions varies between heat-shock gene promoters and promoters of genes that should have similar or divergent promoter architecture across Drosophila species.

Heritability differences among strains indicate divergent genetic architecture and therefore different potentials for evolutionary response to environmental change.