systemsbio ucsd.edu

Zhong Lab - Research

We discovered transposon-mediated re-wiring of transcription networks that govern pre-implantation embryonic development . 2010 We contributed to initiating comparative epigenomics, a research field that studies genomic functions by cross-species epigenomic comparison . 2012 We contributed to the derivation of the rules of dynamic gene regulation and temporal epigenomic changes . Single cell analysis of cell fate. Evolution of mammalian gene regulatory networks. We brought evolutionary biology ideas.
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PAGE TITLE

Zhong Lab - Research

DESCRIPTION

We discovered transposon-mediated re-wiring of transcription networks that govern pre-implantation embryonic development . 2010 We contributed to initiating comparative epigenomics, a research field that studies genomic functions by cross-species epigenomic comparison . 2012 We contributed to the derivation of the rules of dynamic gene regulation and temporal epigenomic changes . Single cell analysis of cell fate. Evolution of mammalian gene regulatory networks. We brought evolutionary biology ideas.

CONTENT

This site systemsbio.ucsd.edu states the following, "We discovered transposon-mediated re-wiring of transcription networks that govern pre-implantation embryonic development." Our analyzers noticed that the webpage stated " 2010 We contributed to initiating comparative epigenomics, a research field that studies genomic functions by cross-species epigenomic comparison ." The Website also stated " 2012 We contributed to the derivation of the rules of dynamic gene regulation and temporal epigenomic changes . Single cell analysis of cell fate. Evolution of mammalian gene regulatory networks. We brought evolutionary biology ideas."

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