The reliability of the analysis was assessed through a process of independent assessment of all priority lists involving two members of the research team and five patient/carer co-researchers (four involved in data collection and one not).
The reproducibility of the analysis was assessed using manual processing following replicate injections of Vitis vinifera cv.
All the main constructs included in the analysis were assessed with self-report measures based on multi-item scales.
All covariates included in the analysis were assessed in the first wave of KOWEPS.
All psychological factors in the analysis were assessed at age 19.
Maximum lifespan was assessed using the Wang Allison method, whereby a 2-way contingency table was generated and the significance (Fisher′s exact test) for living past the 90th percentile lifespan of all animals included in the analysis was assessed.
The significance of the coefficients of the regression analysis is assessed through statistical means (R2 values and F-tests), and shown to be reasonably satisfactory.
At the end, the capability of classical engineering beam theory for the elastoplastic analysis is assessed.
Underlying uncertainty within the economic analysis is assessed from a value of information analysis.
The validity of the finite element analysis is assessed through comparisons with full-scale test results.
A multi-scenario analysis is assessed varying the PV BES system rated power and capacity.
