This timeframe was chosen to comply with the Fourier analysis (see later), which requires sequence lengths to be potencies of two (32, 64, 128, etc).
Through an embedded mixed methods design, we draw on data from inductive document analysis, deductively coded semi-structured interview responses from two separate but interconnected health sub sectors and numerically transform these to comply with the selected actor analysis software's input requirements.
The non-parametric equivalents of these tests (Kruskal Wallis and Steel Dwass tests) were used to analyse variables that did not comply with the assumptions of analysis of variance.
However, as the bilateral analysis did not generate any significant factors and the analysis did not comply with the assumptions, this multivariable stage of the analysis was not reached and as a consequence no independent risk factors for stem revision could be identified.
Note that the smoothing was not to comply with the statistical requirements of parametric analysis, since the analysis stage uses non-parametric methods, but simply to increase signal: noise ratio – although this also served to sensitise the analysis to structures with spatial extents of this size.
It is noteworthy that the data and statistical analysis used in the present study comply with the recommendations on experimental design and analysis in pharmacology, including that the data subjected to statistical analysis should have a minimum of n = 5 independent samples/individuals per group [19].
The results of chemical analysis comply with the FTIR observations.
When appropriate, data were square root-transformed or logarithmically transformed to comply with the assumptions underlying the ANOVA analysis.
In this way, we aim to comply with the requirement of any meta-analysis to examine the population of studies available in order to avoid systematic biases due to misspecification and publication selection while incorporating the multidimensional nature of empirical research findings (Stanley and Doucouliagos 2012).
For tissues, all two bladder cancer tissues showed hypermethylation while cancer adjacent tissues showed partial methylation or unmethylation, which complied with the mRNA analysis.
