In contrast to the pair approximation based approaches, the metapopulation capacity based approach allows us to consider species with long as well as short dispersal range and landscapes with spatial correlation at different scales.
This approach may be particularly suited to CAMs, where traditional RCT's are unlikely to be undertaken, to deliver the evidence-base required by the regulatory authorities [ 3, 4, 26] An internet-based approach allowed us to perform a high quality RCT according to the revised CONSORT statement at low cost.
This pathway-based approach allowed us to comprehensively elucidate the cumulative effects of multiple adverse alleles on toxicity risk.
Additionally, this RNA-based approach allowed us to find, for the first time, untranslated regulatory elements in the gut microbial community.
Unlike conventional differential expression analysis, network-based approach allowed us to identify potential disease-causing non-DE genes.
The code-based approach allowed us to identify which patterns of histone modifications discriminate between Pol2-bound promoters and enhancers.
Application of this individual-based approach allowed us to include species with only handful of museum tissue samples for species comparisons.
The mAb-based approach allowed us to next determine whether therapeutic treatment with anti-GM-CSF mAb could also suppress the pain and disease, and how rapidly it might reverse the pain.
Our gene order-based approach allowed us to conclude with high confidence that all the duplicate gene loci we considered evolved according to the species tree in figure 2 B (see Materials and Methods).
