Team:TUDelft/Synthetic Transcriptional Cascade

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(Synthetic Transcriptional Cascade)
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='''Transcriptional Cascade'''=
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Transcriptional cascades can be seen as temporal programs of successive gene expression [[https://2009.igem.org/Team:TUDelft/References 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.
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Transcriptional cascades can be seen as temporal programs of successive gene expression [[https://2009.igem.org/Team:TUDelft/Module_3_References 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]]

Revision as of 20:23, 21 September 2009

This page is still under construction

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.

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