Lemmers et al. proposed a best and worst case ranking and Spiegelhalter et al proposed a 95% confidence interval around the ranks.[ 5, 6] Both methods provide 3 numbers: a 'point estimate' and the uncertainty around this estimate.
This method provided 47- and 184-fold enrichment factors for piroxicam and diclofenac, respectively, good inter-fiber repeatability and batch-to-batch reproducibility.
Using the one hit method provided 33,498 incident cases (incidence proportion 1.08) over a clearance period of ten years.
The HILIC method provided 109 unique metabolites with 18 detected by both of the HILIC polarity modes.
Indeed, this method provided 1-formyl-19-oxo-bilins with some regioselectivity, depending upon the coordinated metal ion, with preferential ring opening in the 'North' with Cd-complexes, and in the 'West' with Zn-complexes (see Fig. 6).
A new method providing 50× greater specific intensity is also discussed.
On average, the proposed method provides 39.2 times improvement against single upset faults and 14.9 times for double upset faults; however it imposes about 14.7% area overhead.
The proposed method provides 3D visual representation of the actual thermal resistance distributions and building areas associated with condensation issues at the level of 3D points across geometrical forms while taking static occlusions into account.
This novel method provides 21-micron histological resolution for identifying populations of cells that bind to the nanoparticles.
At the same time, the proposed method provides 562 additional predictions.
