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Revision as of 21:32, 27 October 2010 (view source) Onoda (Talk | contribs) (→1.Preparing Plux inv-GFP) ← Older edit		Revision as of 21:34, 27 October 2010 (view source) Onoda (Talk | contribs) (→2.Characterization Plux inv-GFP) Newer edit →
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	スピンダウンしてペレットを観察した。		スピンダウンしてペレットを観察した。
	We cotransformded Plux inv-GFP and LuxR generator,Plac-LuxR in DH10B.		We cotransformded Plux inv-GFP and LuxR generator,Plac-LuxR in DH10B.
-	[[Image:lux inverter function.png|frame|center|Fig. 2 assay protocol]]	+	[[Image:lux inverter function.png|frame|center|Fig. 2 work folw]]
	==Results==		==Results==

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Revision as of 21:34, 27 October 2010

Contents 1 Abstract 2 Experiments 2.1 1.Preparing Plux inv-GFP 2.2 2.Characterization Plux inv-GFP 3 Results 4 Reference

Abstract

LuxR is an AHL-dependent activator. However to insert lux box between -35 and -10 and LuxR fuctions as LuxR-AHL inverter. Someone resistered the Plux inverter in Biobrick.We've prepare Plux inv-GFP and characterized about it.

Experiments

1.Preparing Plux inv-GFP

Preparing process of Plux inv-GFP is shown in Fig. 1.We transformed preparing Plux inv-GFP in XL10-G and confirmed the expression GFP Fluorescence.The sequence is also conformed.

2.Characterization Plux inv-GFP

Plux inv-GFP およびLuxR generatorである Plac-LuxRをDH10B株に共形質転換した。コロニーをつついてLB液体培地(AHL0および1000 nM)で12 h培養し, スピンダウンしてペレットを観察した。 We cotransformded Plux inv-GFP and LuxR generator,Plac-LuxR in DH10B.

Results

AHLのありおよびなしに関わらず蛍光が観察された。
We confirmed

Reference

1. Egland.K.A, and Greenberg.E.P, Conversion of the Vibrio Fischeri Transcriptional Activator,LuxR, to a Repressor, J. Bacteriol., 182, P.805-811 (2000)
2. Cox.R.S.3rd, Surette.M.G, Elowitz.M.B, Programming gene expression with combinatorial promoters, Mol Syst Biol, 3 ,145 (2007)