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Dr. Eric Werner

Contact: eric.werner@dpag.ox.ac.uk

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Economist July 2, 2007 published online: Really New Advances

Theme: RNA control and developmental systems biology

SIR ó

The discoveries summarized in your excellent article, when combined with the result of Venterís group demonstrating the feasibility of transplanting the whole genome of one organism into another different unicellular organism, open the door for an even bigger biological big bang. By combining synthetic biology with RNA control, it creates the possibility of understanding minimal multicellular systems. Using computer modeling and simulation to design genomes for artificial multicellular organisms, one can then create synthetic genomes and transplant them into genomeless stem cells which then generate synthetic multicellular systems. Granted this is futuristic, but the possibility is approaching rapidly. Such minimal, synthetic multicellular organisms and their corresponding computer-simulated mirror organisms, open the door to better understanding of development, evolution, tissue regeneration and multicellular diseases such as cancer. The key here is combining the in silico, computer modeling and simulation methods of multicellular systems biology with the in vivo methods of synthetic biology.

Eric Werner
Oxford

Research

in silico Mulicellular Development(© Eric Werner)

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