The final model explained the 70% of the variance and it was validated through the use of an external validation set (33 compounds of the 119, MAE = 0.33), a leave‐one‐out crossvalidation (q2 = 0.65, Spress = 0.43), fivefold full crossvalidation (removing 28 compounds in each cycle, MAE = 33, RMSE = 0.43) and the prediction of ± values for an external test set (85.7% of good prediction).
The model was validated through the use of an external validation set (40 compounds, 22 substrates and 18 nonsubstrates) with a 77.50% of prediction accuracy; fivefold full cross-validation (removing 40 compounds in each cycle, 80.50% of good prediction) and the prediction of an external test set of marketed drugs (35 compounds, 71.43% of good prediction).
The percentage of injected dose per milliliter plotted and the T1/2α- and T1/2β-phase values calculated using SigmaPlot 9. Tumor targeting of the panitumumab F ab' 2 was also validated through the use of two imaging modalities, planar γ-scintigraphy, and positron-emission tomography (PET).
The technique was validated through the use of positive and negative controls at each shift.
The multiscale FE simulations have been validated through the use of uniaxial tensile test data at room temperature.
The new detail fatigue rating method, developed here, has been validated through the use of results from fatigue tests and finite element analysis.
This model is validated through the use of an example, where customer satisfaction versus new expenditure on the product is calculated.
A methodology is proposed by which the response of a simplified structural component to UNDEX can be validated through the use of precision impact testing and numerical simulations.
The model is being validated through the use of PetroGrapher, for management of data and knowledge about reservoir rocks, in a petroleum company.
Based on the used experimental designs, the model equations containing only linear and two-factor interaction terms were developed for predicting the FAME content, which were validated through the use of the unseen data.
The superior nature of the engineered pathway was further validated through the use of in silico metabolic flux analysis, which showed the ability of r-BOX to support growth-coupled production of α,β-UCAs with a higher ATP efficiency than the widely used fatty acid biosynthesis pathway.
