Sentence examples for be fully generalized to from inspiring English sources

Finally, our findings may not be fully generalized to the whole Italian general population, as the study was restricted to four large geographic areas from Southern, Central, and Northern Italy; however, the comparison with the Italian national report on drug consumption supported the reliability of these databases in providing information about ESA use in the Italian outpatient setting.

Animal experiments support this hypothesis despite the fact that the gained knowledge cannot be fully generalized to humans.

It is proved that the Rayleigh theorem can be fully generalized to the critical values of a frequency of parametric excitation corresponding to the boundaries between stable and unstable regions.

Even though we tried to select an average area, the results cannot be fully generalized to the whole country.

However, a study limitation was whether the findings from this survey could be fully generalized to the various facets of the country.

Second, the data were collected from an important and growing, but unique, population (mostly Hispanic Medicaid-insured patients in Los Angeles), and so the results may not be fully generalized to other vulnerable groups.

For example, if τ contains a single divergence-time parameter τ1, all Y pairs of populations are constrained to diverge at this time (i.e., t would contain the index 1 repeated Y times, and T would contain the value τ1 repeated Y times), whereas if it contains Y divergence-time parameters, the model is fully generalized to allow all of the pairs to diverge at unique times.

But even if they cannot be fully generalized, they threaten to show that propositions would be mind-independent abstract entities.

It was not possible to assert that the results could be fully generalized.

Nevertheless, the understanding of the pathophysiologic changes of an iatrogenic injury to the growing cartilaginous structures in the knee is still incomplete and the gained knowledge in animals cannot be fully generalized in humans.

This is important because therapeutic trials always include a selected patient population and thus the findings can never be fully generalized.