alexa Design Of Synthetic Epigenetic Circuits Exhibiting Positive Feedback, Memory Effects And Reversible Switching
ISSN: 2332-0737

Current Synthetic and Systems Biology
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3rd International Conference on Systems and Synthetic Biology
July 20-21, 2017 Munich, Germany

Albert Jeltsch
University Stuttgart, Germany
Keynote: Curr Synthetic Sys Biol
DOI: 10.4172/2332-0737-C1-007
We report here the design and experimental validation of synthetic epigenetic memory systems which store information in form of DNA methylation patterns in live bacteria. Key components are a DNA methylation sensitive engineered zinc finger protein controlling a memory operon comprising the CcrM methyltransferase gene and a reporter gene. In the off-state, the memory operon is repressed by the zinc finger protein. It can be triggered by heat, nutrients, UV irradiation or DNA damaging compounds which induce DNA methylation by CcrM. In the induced on-state, methylation marks set in the operator region of the memory operon permanently activate the memory system even after cessation of the trigger signal (positive feedback). Inclusion of a protein degradation tag allowed to establish a reversible switching system. Epigenetic memory switches represent a novel application in synthetic biology with numerous potential applications, for example to set up life biosensors for long term observation of environmental sites for pollution, to ensure cooling chains, as a death switch in containment systems for GMOs, or as cost efficient induction switch in industrial protein production. The large variety of DNA-(adenine-N6)-MTases potentially allows for massive multiplexing of signal storage and potential logical operations depending on more than one input signal.

Albert Jeltsch finished his PhD on Restriction Endonucleases at University Hannover in 1994. Afterwards, he started working on DNA methyltransferases at Justus-Liebig University Giessen and at the Jacobs University Bremen. Since 2011, he is a Professor of Biochemistry at the University Stuttgart. He is the recipient of the Gerhard-Hess award (DFG) and BioFuture award (BMBF). He has long standing expertise in the biochemical study of DNA and protein methyltransferases, methyl lysine reading domains and in rational and evolutionary protein design. His work has been published in >200 publications in peer reviewed journals and is in the editorial boards of several journals.

Email: [email protected]

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