An interesting observation was that human 'pro-aggregation' tau co-aggregated with mouse tau, the possibility of tau forming mixed aggregates being an issue of discrepancy in the field for quite some time.
The issue of radiology discrepancies from resident radiologist physicians (as compared to attending radiologists) has been addressed in many settings in the US by the requirement for 24-h availability of attending radiologists – whether by an in-house radiologist, teleradiology by on-call radiologists, or intercontinental "outsourcing" for after-hours diagnostic imaging interpretation.
A preliminary discussion of the issue of anatomic discrepancies emerging with modern molecular analysis of hindbrain boundaries, and touching on the morphologic meaning of the cranial nerve roots, appeared in Rubenstein and Puelles (1992).
The objective of this paper is to study the issue of Lee discrepancy [Zhou, Y.D., Ning, J.H., Song, X.B., 2008. Lee discrepancy and its applications in experimental designs. Statist. Probab. Lett. 78, 1933 1942], which can be used to measure the uniformity of fractional factorials.
The objective of this paper is to study the issue of discrete discrepancy [Hickernell, F.J., Liu, M.Q., 2002. Uniform designs limit aliasing. Biometrika 89, 893 904; Fang, K.T., Lin, D.K.J., Liu, M.Q., 2003. Optimal mixed-level supersaturated design. Metrika 58, 279 291; Qin, H., Fang, K.T., 2004. Discrete discrepancy in factorial designs.
However, even if different thresholds are chosen, the issue of the discrepancy between self-reported and measured BMI is likely to remain.
Although our findings highlight the important issue of the discrepancy in quality between surgeons and gastroenterologists, the lack of endoscopist-level variables in our study preclude us from isolating the modifiable predictors of endoscopist performance.
Thus, the issue of the large discrepancies in the wavelength-dependent soot refractive index reported in the literature does not arise.
Moreover, Boyne et al. addressed the issue of random inter-sensor time discrepancies, which were quantitatively similar to physiological time delays, when comparing measurements of two subcutaneous sensors in the same individual [32].
