Genome regulation, cellular circuitry and epigenomics

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In disease, a key gene regulator could be missing or defective. A critical epigenetic mark could be miswritten. A key circuit might be over- or under-active. We use a diverse set of tools — including genetic perturbations and genome- and proteome-wide measurements — to decipher the functions of coding and non-coding regions of the genome and study cellular circuitry, with a strong emphasis on the analysis of single cells.

Genome Regulation, Cellular Circuitry and Epigenomics