Sentence examples for be useful for regulating from inspiring English sources
On the basis of the present findings, we propose that a system for long-distance transport of artificial siRNA like the one used here would be useful for regulating the expression of specific genes in crops.
These results suggest that the novel cell-seeding technique could be useful for regulating the morphology of regenerated teeth.
These results suggested that a SHya-coated scaffold might be useful for regulating cell activity in tissue engineering.
Although multiple testing corrections and arbitrary significance cutoffs may be useful for detecting individual regulated genes or proteins, using such procedures in network analysis can possibly increase the false-negative rate.
We anticipate that the Cre- and EGFP-F transgenic animals described here will also be useful for studying molecular mechanisms regulating neuronal function and plasticity.
Given the success of this method in identifying Wnt target genes acting in the larval hypodermal cells, an approach like this could be useful for identifying target genes regulated by other signaling pathways that function in C. elegans development, if conditional pathway activation using suitable reagents is possible.
We reasoned that additional information about interactions between DR and IIS in these processes would be useful for understanding whether these pathways regulate lifespan through overlapping or independent targets.
Our result can be useful for unraveling specific biological process regulated by those TFs and TCs.
In short, this PCA approach provides a reliable internal measure of the speed at which a decision is made which could be useful for understanding the neural processes that regulate the speed of decision or action in a broad array of behavioural neuroscience research.
This information would be useful for future analysis on genes that are regulated by these transcription factors especially in relation to phenylpropanoid and flavonoid pathways.
This system will be useful for the study of the molecular mechanisms that regulate exercise adaptation in muscle.
