The expression data were reanalyzed using a previously reported analysis of variance (ANOVA) approach [7], here extended with a procedure to eliminate deviating probes.
Overall, the reported meta-analysis approach showed successful integration of heterogeneous data sets of limited size by increasing statistical power.
Overall, the reported meta-analysis approach successfully combined heterogeneous data sets and extracted information of value from individual microarray studies of limited size and statistical power.
The majority of studies (n = 46, 67%) reported only one analysis approach, most commonly mapping, but 18 (27%) used two approaches and three (4%) studies reported all approaches.
Here we report on an MSI analysis approach using quasimonomorphic mononucleotide repeats and denaturating high performance liquid chromatography (DHPLC).
In a prior report [16], we used this neuroactivation analysis approach to inform moral theory by attempting a functional segregation of neuroactivations related to moral reasoning about the ethics of justice from those related to reasoning about the ethics of care.
In addition, we report several new image analysis approaches that enable direct quantitative comparison of the degree of mechanophysical disruption among these samples.
Unfortunately, reported test results are oftentimes ambiguous, due to the current numerical analysis approach to evaluate the data.
The computational results are reported and analyzed for a performance assessment conducted with a data envelopment analysis approach.
The content analysis approach for this review drew on the systematic review techniques reported by Evans & Fitzgerald [ 14].
