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Darling, A. J., Boose, J. A. & Spaltro, J. Virus assay methods: accuracy and validation.
Initial value problems: finite difference methods, accuracy and stability, heat equation, wave equations, conservation laws and shocks, level sets, Navier-Stokes.
Improvements concern methods accuracy and reduction of sample size; further also density data is obtained.
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Sensitivity analysis indicates that increasing the numbers of collocation points result in significant improvement of OC method accuracy and its capability on dynamic pseudo pressure prediction.
Method accuracy and precision was assessed by threefold determinations of each QC sample fortified at three different levels (5, 50, and 500 ng/g) in the individual matrices.
The data include method accuracy and precision represented by the relative error (RE) and RSD, respectively, for six determinations at each concentration level.
Method accuracy and precision were characterized.
The recovery data and %RSD values indicate good method accuracy and precision.
The LD method was little influenced by initial size, but the temporal method accuracy and precision decreased as N1 decreased.
Each rater templated all 33 cases with the three methods described previously to obtain information regarding the method accuracy and interobserver variability.
To complete the validation method, accuracy and RSD values for three concentrations of linezolid and applied SPME coatings were also calculated and are shown in Table 5.
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