The resulting datasets provide global views of the epigenomic landscape in a wide range of human cell and tissue types (Fig. 3), including: the largest and most diverse collection to date of chromatin state annotations (Fig. 3a); some of the deepest surveys of individual cell types using diverse epigenomic assays (with 21-31 distinct epigenomic marks for seven deeply-profiled epigenomes, Fig. 3b); and some of the broadest surveys of individual epigenomic marks across multiple cell types (Fig. 3c). These datasets enable genome-wide epigenomic analyses across multiple dimensions (Fig. 3d). All datasets, standards and protocols are publicly available from web portals, linked from the main consortium homepage (http://www.roadmapepigenomics.org), including the supplementary website for this paper (http://compbio.mit.edu/roadmap).
