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== '''Overall project''' == | == '''Overall project''' == | ||
| - | One of the major goals of synthetic biology is to apply engineering principles analogous to traditional engineering disciplines to genetic engineering. A way in which this is achieved is through the use of biobricks that allow for more rapid engineering of synthetic gene networks. These biobricks are often assembled and tested in a bacterial chassis however there remains a shortage of these biobricks optimized to work in eukaryotes. To this end, we are building several biobricks optimized to work in the model organism S. cerevisiae - a simple eukaryote as well as building a novel yeast chassis that will allow for the robust characterization of these biobricks. In addition, we are developing a new protocol that will greatly improve upon the existing assembly protocol for biobricks and allow for rapid integration into S. cerevisiae. | + | One of the major goals of synthetic biology is to apply engineering principles analogous to traditional engineering disciplines to genetic engineering. A way in which this is achieved is through the use of biobricks that allow for more rapid engineering of synthetic gene networks. These biobricks are often assembled and tested in a bacterial chassis however there remains a shortage of these biobricks optimized to work in eukaryotes. To this end, we are building several biobricks optimized to work in the model organism ''S. cerevisiae'' - a simple eukaryote as well as building a novel yeast chassis that will allow for the robust characterization of these biobricks. In addition, we are developing a new protocol that will greatly improve upon the existing assembly protocol for biobricks and allow for rapid integration into ''S. cerevisiae''. |
== Project Details== | == Project Details== | ||
Revision as of 22:00, 27 June 2011
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Overall project
One of the major goals of synthetic biology is to apply engineering principles analogous to traditional engineering disciplines to genetic engineering. A way in which this is achieved is through the use of biobricks that allow for more rapid engineering of synthetic gene networks. These biobricks are often assembled and tested in a bacterial chassis however there remains a shortage of these biobricks optimized to work in eukaryotes. To this end, we are building several biobricks optimized to work in the model organism S. cerevisiae - a simple eukaryote as well as building a novel yeast chassis that will allow for the robust characterization of these biobricks. In addition, we are developing a new protocol that will greatly improve upon the existing assembly protocol for biobricks and allow for rapid integration into S. cerevisiae.
