The phrase "address this discrepancy" is correct and usable in written English.
It is typically used to suggest that a particular difference or inconsistency needs to be examined and corrected. For example, "In order to make sure the data is accurate, we need to address this discrepancy."
None of the safety reports address this discrepancy.
Improvement of the numerical simulation to address this discrepancy will be considered in future work.
This paper aims to address this discrepancy by introducing a novel theoretical signal processing framework for diffusion MRI.
Nonetheless, the PC model is applicable to this and other concepts, and several theories (e.g., Barsalou & Weimer-Hastings, 2005; Martin, 2016) address this discrepancy.
The importance of phylogenetic trees for biologists and lack of basic interpretation skills among students necessitate continued research to address this discrepancy.
However, additional analysis with our construct to transform Nakdong rice and grown in the same photoperiodic conditions would be required to address this discrepancy.
A number of organizations and universities are addressing this discrepancy through programs that support teaching and mentoring skills at the postdoctoral level.
Addressing this discrepancy merits further investigation.
Addressing this discrepancy has long been a major goal for PCDD/F predictive models.
Addressing this discrepancy, we considered two possibilities to further expand and refine the model: Feedback regulation of the cAMP level is known to be mediated through activation of PDE3 and inhibition of AC, which both have been experimentally observed [ 24- 28].
As suggested by James Ewing, one possible way to address for this discrepancy was that during the MRI acquisition, the sagittal sinus was imaged and therefore its blood contrast agent (CA) levels were temporally measured during the Look-Locker sequence along with tissue levels in terms of R1 (R1 = 1/T1).
