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Sheng Zhong, Ph.D.
Associate Professor of Bioengineering
We study gene regulation and cellular behavior by developing statistical and experimental methods. Our primary goal is to develop new technologies to map molecular networks, including RNA-RNA interactome, Rna-chromatin interactome, and protein-protein interactome. Our secondary quest is to model the variations of these networks in three axes, namely developmental time, personal difference, and evolutionary change. Our major tools include epigenomic and single-cell assays, statistical modeling, and large-scale computation.
Computational genomics, stem cell engineering, molecular biotechnologies