Sentence examples for underlying relevance from inspiring English sources
A wider appreciation of these differences and their underlying relevance to the discovery and development process would aid the selection, direction and exploitation of academic research, particularly that leading to cleaner chemical technology.
Owing to this large number of dysregulated genes, the underlying relevance of expression changes is often lost in huge gene lists that are difficult to comprehend.
Although animal models of androgen ablation are useful to study effects on muscle biology (White et al., 2012) the underlying relevance of low testosterone is not well understood during disease states.
The study has also revealed differences of MBC to FBC and between sporadic and familial MBC which are of importance in optimising treatment strategies and underlying relevance of the PIK3CA/mTOR pathway in tumour biology.
On the other hand, the prognostic value of an individual gene, for which pattern analysis is not applicable, suggests underlying relevance of the gene to cancer etiology and in turn stimulates research.
The skills necessary to play these games are now being studied for their underlying relevance in every day life.
The neuronal networks underlying personal relevance and reward show a strong overlap.
Pathway analysis may also provide further insights into the mechanisms of disease because they highlight underlying biological relevance.
We also identified defense-response genes within a chromosome inversion fixed in the macaque lineage, underlying the relevance of structural genomic changes in evolutionary and/or adaptation processes.
However, mice lacking mTOR in SCs display hypomyelinated sciatic nerves [ 69], further underlying the relevance of the mTOR pathway in the regulation of myelination in both peripheral and central nervous system [ 70, 71].
Underlying the relevance of these observations is the long known sensitivity of the heart to β adrenergic stimulation that exerts dynamic physiological control over both chronotropic (rate) and inotropic (strength) properties of cardiac contraction.
