Given the large number of compounds and experiments that were investigated, standardization of the experimental design was very beneficial wherever possible, given that one of the goals was to utilize high-throughput instrumentation. While this approach enabled experiments to be conducted with a high degree of efficiency, and produced accurate data for analysis, it was noted during the investigation that improvements could be made for future work. The inclusion of replicates for future experiments would be beneficial, since this could establish standard errors associated with either human error or with sample preparation and would allow for statistical data analysis. Further improvements to the experimental design could be accommodated using larger vials to possibly improve dissolution of the samples and utilizing light scattering as a means of monitoring the presence of undissolved particles. To ensure full dissolution of the drug particles in the bi-phasic sample vials, the vials could possibly be mixed for a longer time period, and analyzed at various timepoints, to ensure equilibrium is reached.