Sentence examples for understanding the functional implications from inspiring English sources
Understanding the functional implications of changes in gene expression, mutations, etc., is the aim of most genomic experiments.
Understanding the functional implications of these species specific IntFams would enable selective strategies to target intestinal parasitic nematodes, filarial parasites, and other veterinary important nematode parasites.
Fully understanding the functional implications of this spatially-distinct TGFβ receptor population will require the development of new imaging tools, such as those that can dynamically visualize TGFβ effector activity locally at focal adhesions.
These predictions are consistent with experimental data on well-studied natural and engineered R-proteins and thus have implications for understanding the functional design of QS systems.
Our results also have profound implications for understanding the functional and population properties of ES cells and they also indicate new strategies for surface marker screening.
These results have many implications for understanding the functional roles of Survivin in the prenatal and postnatal development of the CNS and potentially for understanding the functional role of the ependyma, a cellular domain whose function is still incompletely understood.
Knowledge of these substrates and the generated fragments is crucial for a thorough understanding of the functional implications of caspase-mediated proteolysis.
These lists are valuable in the identification of potential biomarkers for the diseases, but to gain a better understanding of the functional implications of these mRNAs and miRNAs, we performed an enrichment analysis to identify KEGG pathways [ 30] associated with DEGs and to acquire functional correlations from the Gene Ontology (GO) project [ 31].
Along with phenotypic anchoring to existing end points, it is essential that the use of toxicogenomics data in a screening or regulatory setting not depend exclusively on achieving complete understanding of the functional implications of individual gene, protein, or metabolite changes.
Understanding the functional interaction between novelty and reward has profound implications for understanding how long-term plasticity for novel stimuli is regulated.
Understanding the functional interaction between MNAR and GR has major implications for understanding Gc action and, furthermore, the variation in Gc sensitivity seen in conditions of altered physiological status, for example, in inflammation (15).
