"explicitly suited" is a grammatically correct and usable phrase in written English.
It should be used when describing something that is clearly and specifically well-suited or appropriate for a certain purpose or situation. Example sentence: The test questions were explicitly suited to assess the students' critical thinking skills.
We have decided to use the ONET dataset because it is a more recent one, it has been used to test for routinization in Europe (by Goos et al. 2010),2 and in our view it is better suited to explicitly account for the degree of non-routine service content of each occupation.3 The detailed description of the match between occupations and job contents can be found in the "Appendix".
The authors state explicitly that RRS is best suited to classify a transcript as containing or lacking a single, predominant long open reading frame, not to choose which stop codon in that transcript is utilized: "RRS is not designed to identify specific translated regions within a transcript containing multiple overlapping or nearby translated regions" (Guttman et al., 2013).
Bodymap's knitted leggings with their crazy zigzag patterns and Hamnett's explicitly political slogan T-shirts hardly suited the new mood of buttoned-down caution.
Moreover, the sources of noise in our model are a) white noise in the parameter r, and b) experimentally derived extinction probabilities, whereas a model that explicitly incorporates demographic stochasticity [42] might be better suited to model extinction prone populations.
Random effects models, explicitly considering the heterogeneity across the population are particularly suited to such analysis.
Such formalization is suited for functional optimization, but do not explicitly support systematic exploration of the parameter space.
These markers are particularly well suited for these comparative analyses because they were not explicitly affected by evolutionary forces related to the immune response against pathogens.
The nuID schema enables the data management system to report hybridizations, annotate microarray elements, and model the gene-to-probe bindings explicitly at the probe-level, and we believe it is ideally suited for labeling the identity of microarray probes.
However, none of these methods is well suited for consideration of real operating scenarios as they do not explicitly take into account a priori knowledge available about the characteristics of the operating environment, nor they consider the Tx directivity.
