Sentence examples for could be useful for predicting from inspiring English sources
Since high IL6 expression seems to be particularly correlated with VN1203 pathogenesis our model, IL6 could be useful for predicting pathogenicity of viral strains and mutations using data generated in cell culture, though direct comparison of these results with responses to non-pathogenic virus infection will be required to accomplish this.
The detection of p38 MAPK activation in humans could be carried out non-invasively using material such as induced sputum or peripheral whole blood, and could be useful for predicting disease susceptibility.
Furthermore, this study also verified that the FEM simulation results could be useful for predicting the cut surface features for fineblanking products.
This approach could be useful for predicting the tolerance to rotation of monofocal and multifocal toric intraocular lenses prior the surgery.
In addition, ADC could be useful for predicting treatment response in head and neck cancer [14].
The test, described in the current Journal of Experimental Psychology: Applied, could be useful for predicting a person's ability to handle these and other high-pressure jobs.
Some of these alterations directly affected gene expression, whereas others were significantly associated with the clinical outcome of patients and could be useful for predict the response to standard treatment.
In addition, the most interesting finding to be emphasised was that this assay could also be useful for predicting patients with poor prognoses.
If these frequency differences could be substantiated in larger groups of patients, they could indicate protective or risk alleles and might be useful for predicting risk.
Future clinical studies could examine in detail how the spectral content of the EEG during burst suppression may be useful for predicting patient outcomes.
This study provides an important fundamental understanding of the effect of macrozones on short crack propagation in forged two-phase titanium alloys and thus on fatigue resistance of titanium alloys and could be useful for the titanium industry in predicting the effects of the presence of macrozones in their products.
