The phrase "analysis can be helpful" is correct and usable in written English.
You can use it when discussing the benefits or advantages of conducting an analysis in various contexts, such as research, decision-making, or problem-solving.
Example: "In understanding market trends, analysis can be helpful in identifying potential opportunities for growth."
Alternatives: "analysis can be beneficial" or "analysis may prove useful."
For instance, the analysis can be helpful to identify binding patterns of epigenetic modulator complexes and can be suited to identify candidate genes for epigenetic transcriptional silencing.
Such an analysis can be helpful to determine if ClosureFast is an affordable option for the German setting.
Distortion analysis can be helpful in order to finally choose suitable values which aim at obtaining good performance in terms of linearity and efficiency.
Ultrasonographic texture analysis can be helpful as an additional parameter in differential diagnosis of breast tumors, but did not reach differential diagnostic accuracy of sonomorphologic features.
Landslide susceptibility analysis can be helpful in such case as certain preventive measures can be taken in time to minimize future threat to human life in the best possible way.
This kind of analysis can be helpful due to the fact that if we find good correlations between Hm and parameters established by the IRI model in its formulation (Bilitza, 2001; Bilitza and Reinisch, 2008), it would be possible to estimate the topside profile using parameters derived from bottomside-measurements.
Sensitivity analysis techniques can be helpful in assessing the extent to which uncontrolled confounding may or may not substantially influence estimates [ 12].
Therefore, this functional effect annotation analysis here can be helpful to understand the dissimilarity among the functional effects of the four types of disease-associated variants.
The insights gained from theoretical analysis of simple cases can be helpful in performing these simulations.
The proposed synthesis fills a gap in pinch analysis, and its concepts can be helpful in the development of software for HEN retrofit.
Thus, the analysis of densification data can be helpful in predicting the creep behavior and useful for designing the new creep resistant alloys or composites.
