Tokyo Alliance: Significance
From 2006.igem.org
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* Expansion of '''inducer library'''. | * Expansion of '''inducer library'''. | ||
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| + | :One of the biggest problem in Synthetic Biology is only a few numbers of inducer of transcriptional regulators. | ||
* Diverse '''regulatory region library''' by '''Systematic design/construction''' | * Diverse '''regulatory region library''' by '''Systematic design/construction''' | ||
| - | [[Image: | + | :[[Image:significance1.jpg|500px|]] |
| - | [[Image:significance2.jpg|500px|]] | + | |
| + | :As long as we use previous iGEM methods, it is arduous to construct regulatory regions to which multiple transcriptional regulators bind. | ||
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| + | :[[Image:significance2.jpg|500px|]] | ||
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| + | :Combinatorial rewiring of these parts allows replacing regulators. | ||
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| + | :For example, if so, we can replace the regulator binding sites between -10 and RBS. | ||
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| + | '''See our [[Tokyo_Alliance:_Conclusion#Construction_Family_Tree |Construction Family Tree]] (Results Page) !''' | ||
Latest revision as of 13:04, 1 November 2006
Our contributions to the iGEM and SynBio World
- Expansion of inducer library.
- One of the biggest problem in Synthetic Biology is only a few numbers of inducer of transcriptional regulators.
- Diverse regulatory region library by Systematic design/construction
- As long as we use previous iGEM methods, it is arduous to construct regulatory regions to which multiple transcriptional regulators bind.
- Combinatorial rewiring of these parts allows replacing regulators.
- For example, if so, we can replace the regulator binding sites between -10 and RBS.
See our Construction Family Tree (Results Page) !
