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Team:DTU-Denmark/Vision
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| + | == The idea == | ||
| + | The chitobiose system in ''E. coli'' | ||
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== The trap-RNA system can target any gene == | == The trap-RNA system can target any gene == | ||
The trap-RNA system provides unique flexibility for gene silencing in prokaryotes enabling control and tuning og gene expression. The specificity of the system depends on base pair complementarity. Therefore it can be designed to target any gene of interest by simply altering the sequences to match the target gene. Furthermore multiple trap-RNA systems can applied to the same biological circuit without interfering. Implementing sRNA and the trap-RNA into biological constructs they can be introduced by constitutive promoters or inducible promoters. | The trap-RNA system provides unique flexibility for gene silencing in prokaryotes enabling control and tuning og gene expression. The specificity of the system depends on base pair complementarity. Therefore it can be designed to target any gene of interest by simply altering the sequences to match the target gene. Furthermore multiple trap-RNA systems can applied to the same biological circuit without interfering. Implementing sRNA and the trap-RNA into biological constructs they can be introduced by constitutive promoters or inducible promoters. | ||
{{:Team:DTU-Denmark/Templates/Standard_page_end}} | {{:Team:DTU-Denmark/Templates/Standard_page_end}} | ||
Revision as of 11:49, 20 September 2011
Vision
The idea
The chitobiose system in E. coli
The trap-RNA system can target any gene
The trap-RNA system provides unique flexibility for gene silencing in prokaryotes enabling control and tuning og gene expression. The specificity of the system depends on base pair complementarity. Therefore it can be designed to target any gene of interest by simply altering the sequences to match the target gene. Furthermore multiple trap-RNA systems can applied to the same biological circuit without interfering. Implementing sRNA and the trap-RNA into biological constructs they can be introduced by constitutive promoters or inducible promoters.
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