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Team:TUDelft/Synthetic Transcriptional Cascade
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Transcriptional cascades can be seen as temporal programs of successive gene expression (4). This gene configurations (or circuits) have the capability to integrate signals and trigger events after a delay from the initial detection event. As described before, such characteristic is needed in our project; therefore we considered two approaches based on transcriptional cascades. After some preliminary analysis, the approach termed negative synthetic transcriptional cascade was chosen to be developed. | Transcriptional cascades can be seen as temporal programs of successive gene expression (4). This gene configurations (or circuits) have the capability to integrate signals and trigger events after a delay from the initial detection event. As described before, such characteristic is needed in our project; therefore we considered two approaches based on transcriptional cascades. After some preliminary analysis, the approach termed negative synthetic transcriptional cascade was chosen to be developed. | ||
| - | [[Team:TUDelft/Preliminary approaches | Preliminary approaches]] | + | *[[Team:TUDelft/Preliminary approaches | Preliminary approaches]] |
| - | [[Team:TUDelft/Synthetic Transcriptional Cascade: The plan | Synthetic Transcriptional Cascade: The plan]] | + | *[[Team:TUDelft/Synthetic Transcriptional Cascade: The plan | Synthetic Transcriptional Cascade: The plan]] |
| - | [[Team:TUDelft/Results | Results]] | + | *[[Team:TUDelft/Results | Results]] |
[https://2009.igem.org/Team:TUDelft Return] | [https://2009.igem.org/Team:TUDelft Return] | ||
<br> | <br> | ||
{{Template:TUDelftiGEM2009_end}} | {{Template:TUDelftiGEM2009_end}} | ||
Revision as of 13:10, 16 September 2009
This page is still under construction
Synthetic Transcriptional Cascade
Transcriptional cascades can be seen as temporal programs of successive gene expression (4). This gene configurations (or circuits) have the capability to integrate signals and trigger events after a delay from the initial detection event. As described before, such characteristic is needed in our project; therefore we considered two approaches based on transcriptional cascades. After some preliminary analysis, the approach termed negative synthetic transcriptional cascade was chosen to be developed.
