The phrase "approach is correctly" is not correct in English.
It should be "approach is correct" or "approach is being applied correctly." You can use it when discussing the correctness of a method or strategy in a specific context.
Example: "The approach is correct for solving this problem, as it takes all variables into account."
Alternatives: "the method is accurate" or "the strategy is appropriate."
Within this framework, we observed that different methods were capturing different subsets of the sample space i.e., the different approaches were correctly classifying different samples.
Finally, by considering our results at the level of individual patients, we observed that different methods were capturing different subsets of the sample space i.e., the different approaches were correctly classifying different samples.
This short note has been written primarily to point out that flaw and to propose an experiment in which the approach previously presented is correctly implemented.
This includes understanding HR's role and what to expect when the approach is implemented correctly.
Thus, the approach is more correctly interpreted as an evaluation of a prognostic factor among those who are treated, but this is often not recognised.
The difficulty raised by this approach is to correctly identify two neighbouring copies of a pattern in spite of the high error rate of long reads, which is of approximately 16%.
This approach assumes that the model is correctly specified.
The subtenon approach, when the triamcinolone acetonide is correctly placed in the subtenon spaces, can be considered an easy, safe and valid alternative to the intravitreal injection.
Additionally, plotting ( {gamma}_s^ ) as a function of ( varDelta {G}_{sws}^{mathrm{TOT}} ) resulted in a coefficient of determination (R 2) of 0.94, indicating that the van Oss et al. [27-29] approach can be correctly applied to determine the surface physicochemical properties of the selected algal suspensions.
For example, the fact that 16Sr amplifies a much larger number of species of amphibians than COI-2H [[ 11, 23], see also [ 24] for a different approach] was correctly predicted by in silico analyses (see Figure 2, table 2).
