The developed scheduling method shows approximately 16.7% reduction in average cycle time, 25.6% reduction in average tardiness, and 21.6% improvement in machine utilization over the common dispatching rules, SPT and EDD.
In the low-grade group, NMP22 and FISH analyses were more sensitive than cytology, but in the high-grade group, all three methods showed approximately 90% sensitivity.
Surprisingly, the linearization and the likelihood method show approximately the same performance for all cases.
Estimation of the global polyphenol content in the AD was performed by Folin Ciocalteu method and showed approximately 53% of total phenolic on this extract.
No major differences in morphology and compressive stiffness were observed among scaffolds sterilized by the different methods, as all samples showed approximately the same structure and stiffness as the unsterilized control.
On the other hand, secondary calli, obtained with their cloning method, showed homogenous fluorescence in approximately 90% of the cases, whereas only a little more than 40% of secondary suspensions had homogenous GFP fluorescence intensities.
The results of all methods are comparable: correlation between the methods was high, all methods showed an approximately two-fold increase in free hemoglobin concentration and mean values in healthy probands, postoperative and septic patients were similar using the four methods.
A method that performs well would be expected to give unbiased parameter estimation and to show approximately 95% confidence interval coverage.
As shown, approximately 10 more nucleotides of sequence information are obtained with the pre-programmed method, because nucleotide incorporations are anticipated.
Irreversible electroporation methods showed temperature increasing approximately by 5 °C.
