Sentence examples for be useful to quantitatively from inspiring English sources
As such techniques allow both dynamic and 3-D analyses they will be useful to quantitatively relate downstream cellular responses (e.g. gene expression) to the composition of this interface.
Lastly, analysis of pooled data can be useful to quantitatively examine the generalizability of findings.
It would therefore be useful to quantitatively estimate how functionally similar two genes are given their evolutionary relationship.
The authors conclude that reconstructed human epidermis and reconstructed human full-thickness skin may be useful to quantitatively address esterase activity of human skin in drug development and hazard analysis, although an increased activity compared to native human skin has to be taken into account.
As in stochastic models, the continuous approach is useful to quantitatively analyze the dynamics of TRN only when the topology, the regulatory type of the interactions and the kinetic constants are known (Shea & Ackers, 1985; Kobiler et al., 2005).
Since high-throughput sequencing provides the number of counts for each miRNA or transcript present in the sample, it is useful to quantitatively evaluate low expressing transcripts and has a wider dynamic range of quantification than microarray.
The protocol described here should be useful to better describe, quantitatively, each of these steps.
Clinicians can potentially use it to evaluate hyperactive reflexes quantitatively with higher accuracy than the clinical DTR scale of 0 to 4. It can also be useful to evaluate treatment outcome more accurately.
Thus, it would be useful to develop one or two demonstration projects that focus on end-to-end analysis and modeling in comparatively small ocean spaces to describe quantitatively the links between biodiversity, ecological processes, ecosystem services, and management.
Given that the vast majority of gonadal mtDNAs are localized in gametes, this analysis is useful to estimate, both quantitatively and qualitatively, the standing genetic variation of the mitochondrial population that is going to be transmitted to the progeny.
