The sensitivity of the zeta potential to PDI concentration is lower when measured using the SPM compared to the EPM, owing to the differing location of the shear plane at which the zeta potential is defined.
In this study, the SAs were significantly higher when determined by the LC/MS method than by the HPLC method (i.e., the concentration of CFT was lower when measured by LC/MS than by HPLC).
Comparing the results of both approaches, average concentration is lower when measured on hospital level, i.e. the average HHI (0.19 vs. 0.15), the average market share (0.27 vs. 0.18), and the average number of ZIP codes (35.27 vs. 22.19) decrease while the average number of competitors and the average CR3 stay roughly constant.
RIN is lower when measured in whole-cell with Ca2+-chelator-free solutions (158 MΩ, [26]).
Our results suggest that the increased accuracy of heritability estimates when using animal model is mostly due to the inclusion of repeated measures, and that the heritability estimates appear to be lower when using repeated measures animal models.
The usefulness of lactate determination in trauma patients is well established; however, the reliability of this measure may be lower when traumatic injury is associated with alcohol consumption, because alcohol itself can increase the level of lactate in the blood.
The exercise capacity of cardiac patients measured before outpatient rehabilitation tends to be lower when estimated from ISWT 24 than when standard treadmill protocols are used.
Second, the IBP was significantly lower when measured after 5 min compared with when it was measured just after the termination of the volume infusion, but only with 150 and 200 ml saline.
While uptake in the ket/dex anesthetized mice was very similar between the ex vivo and in vivo experiments, the uptake under isoflurane anesthesia was much lower when measured ex vivo relative to the in vivo PET uptake derived from the last frame 50 60 min post injection (frontal cortex, isoflurane ex vivo 5.2 ± 0.5 % ID/g vs. in vivo 9.3 ± 0.4 % ID/g, p < 0.001) (Fig. 5b).
