The phrase "able to be extrapolated" is correct and usable in written English.
It can be used when discussing data, information, or conclusions that can be inferred or derived from existing evidence or patterns.
Example: "The results of the study are able to be extrapolated to a larger population, suggesting broader implications."
Alternatives: "can be inferred" or "can be derived".
Lastly, these single institution results may not be able to be extrapolated to other treatment centers.
Therefore, our data are more able to be extrapolated to human septic shock.
Finally, our results may not be able to be extrapolated to strict RA populations, since we included various rheumatological diagnoses.
However, these cells are unusual since they appear to lack decapping activity, and therefore these results may not be able to be extrapolated to all vertebrate cells.
Thus, our population had more severe AOM and the results may not necessarily be able to be extrapolated to all cases of AOM.
Furthermore, given the stable (although increasing) incidence of CDI at our institution, our results may not be able to be extrapolated to other centres with a different staff mix, patient-mix, different use of antibiotics, and different rates of CDI.
For example, trial patients are commonly drawn from hospital practice, from which results may not be able to be directly extrapolated to primary care or pharmacy sales.
Compared with other studies[ 9, 15], this study distributed sentinels across the city and used systematic sampling, which are better able to better represent and be extrapolated to the city's population by avoiding the influence of clusters and season-specific cases; the incidence rate and disease burdens could be calculated in future studies.
The best they have been able to do is extrapolate back from the ritual dances practiced by hunter-gatherer societies that have survived into modern times.
They were able to extrapolate the trap-free proton diffusion coefficient and they reported it to be 3 ± 2 (times ) 10(^{-5}) cm(^2)/s at 1000 K, which can be extrapolated to 1.0 ± 2.0 (times ) 10(^{-5}) cm(^2)/s at 1300 K, in line with our results [10].
