An omnibus permutation test on ensembles of two-locus analyses (2LOmb) is an algorithm designed for identifying single nucleotide polymorphisms (SNPs) that are associated with a complex disease. The algorithm was proven to be efficient in pure epistasis detection. However, 2LOmb uses Bonferroni correction, which is a conservative correction technique for multiple hypothesis testing. Therefore, the possibility of replacing Bonferroni correction with false discovery rate analysis (FDR), which is a less conservative correction technique, was explored. The simulation results indicate that both 2LOmb and 2LOmb with embedded FDR analysis (2LOmb+FDR) were capable of identifying all causative SNPs when purely epistatic two-locus and three-locus interactions were considered. Nonetheless, 2LOmb+FDR reported more erroneous SNPs in its output.