Difference between revisions of "Part:BBa K1014999"

Revision as of 08:16, 4 September 2013 (view source) Sema1688 (Talk | contribs) ← Older edit		Latest revision as of 09:03, 26 September 2013 (view source) Sema1688 (Talk | contribs)
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	<partinfo>BBa_K1014999 short</partinfo>		<partinfo>BBa_K1014999 short</partinfo>
		+	<p></p> Biological proportional operational Mu-circuit 1
		+	<p></p>The composition of B-POM is that hrpR's promoter depends on the input IPTG, but hrpS’promoter is always Ptet and tet owns PhrpL, while the output gene follows tet and shares PhrpL. Once the input is sensed, the input promoter triggers hrpR's transcription. The activity of Ptet is constitutive, which means HrpS protein is ample. As HrpR accumulates, HrpR binds to HrpS and form HrpRS which then triggers PhrpL, and tetR and output begin to accumulate. tetR can inhibit Ptet. As a feedback, HrpS and HrpRS will decrease. PhrpL will be of lower activity, so the amount of tetR and the level of output will decline. The decrease of tetR will enhance the hrpS' expression. All these construct a feedback cycle. Finally, the output will stabilize and be in a certain proportion with the input. By manipulating the RBS of hrpR, hrpS, tetR and output gene, we can control input-output proportion.
−	This part is one of our experiment
	<!-- Add more about the biology of this part here		<!-- Add more about the biology of this part here

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Latest revision as of 09:03, 26 September 2013

Biological proportional operational Mu-circuit(1)

Biological proportional operational Mu-circuit 1

The composition of B-POM is that hrpR's promoter depends on the input IPTG, but hrpS’promoter is always Ptet and tet owns PhrpL, while the output gene follows tet and shares PhrpL. Once the input is sensed, the input promoter triggers hrpR's transcription. The activity of Ptet is constitutive, which means HrpS protein is ample. As HrpR accumulates, HrpR binds to HrpS and form HrpRS which then triggers PhrpL, and tetR and output begin to accumulate. tetR can inhibit Ptet. As a feedback, HrpS and HrpRS will decrease. PhrpL will be of lower activity, so the amount of tetR and the level of output will decline. The decrease of tetR will enhance the hrpS' expression. All these construct a feedback cycle. Finally, the output will stabilize and be in a certain proportion with the input. By manipulating the RBS of hrpR, hrpS, tetR and output gene, we can control input-output proportion.

Sequence and Features