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Team:UNAM-Genomics Mexico/Project/RhizobialKit
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| - | == Rhizobial kit | + | =General Overview= |
| + | Abstract | ||
| + | Expanding our ability to manipulate and engineer biological parts in new organisms is an ever present goal of synthetic biology. With this idea in mind we set out to develop a kit of biological tools to enable working with BioBricks in Rhizobial species. We developed the tools in this kit in our model chasis is Rhizobium etli, a member of the Rhizobiaceae family of nitrogen fixing bacteria, that establishes a symbiotic relationship with legumes within the root nodules. | ||
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| + | Rhizobial Kit Description | ||
| + | The Rhizobial Kit will set the ground for the use of Rhizobial species, especially R. etli, as organisms available for the design and construction of novel synthetic biological machines. The kit will be composed of parts with distinct molecular functions that will increase the repertoire of possible design and engineering approaches in Rhizobial species. | ||
| + | The parts that we will develop are the following: | ||
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Revision as of 21:03, 27 September 2011
=General Overview= Abstract Expanding our ability to manipulate and engineer biological parts in new organisms is an ever present goal of synthetic biology. With this idea in mind we set out to develop a kit of biological tools to enable working with BioBricks in Rhizobial species. We developed the tools in this kit in our model chasis is Rhizobium etli, a member of the Rhizobiaceae family of nitrogen fixing bacteria, that establishes a symbiotic relationship with legumes within the root nodules.
Rhizobial Kit Description The Rhizobial Kit will set the ground for the use of Rhizobial species, especially R. etli, as organisms available for the design and construction of novel synthetic biological machines. The kit will be composed of parts with distinct molecular functions that will increase the repertoire of possible design and engineering approaches in Rhizobial species. The parts that we will develop are the following:
