Team:ETH Zurich/expresults/qs/tab-prhl

From 2014.igem.org

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|+'''Table 3''' Crosstalk matrix for the promoter prhl ([http://parts.igem.org/Part:BBa_I14017:Experience BBa_I14017])
|+'''Table 3''' Crosstalk matrix for the promoter prhl ([http://parts.igem.org/Part:BBa_I14017:Experience BBa_I14017])
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|colspan="4" style='font-size:10pt';text-align:left|In this set of experiment the promoter pRhl was tested for possible crosstalk. In the top row left graph we see the the induction of pRhl by C4-HSL bound to regulator RhlR. The switching behaviour was observed at a concentration of the inducer molecule of 10<sup>3</sup> nM.   
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|colspan="4" style='font-size:10pt';text-align:left|In this set of experiments the promoter pRhl (ref) was tested for potential crosstalk. In the top left position we observe the induction of pRhl (ref)by C4-HSL bound to the regulator RhlR(ref). The switching behaviour was observed at a C4-HSL concentration of 1 μM.   
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In the case of 3OC12-HSL binding the RhlR regulator and subsequently the promoter pRhl negligible crosstalk has been observed.
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In the case of 3OC12-HSL binding the RhlR (ref)regulator and subsequently the promoter pRhl (ref)insignificant crosstalk has been observed.
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Severe crosstalk was detected in the case of 3OC6-HSL binding the RhlR regulator followed by induction of pRhl. The transition occurred at a concentration of the inducer molecule of 10<sup>3</sup> nM but compared to the reference curve a lower (1000 AU) value of fluorescence was observed. The second case of crosstalk with the pRhl was detected with 3OC12-HSL binding to the corresponding LasR regulator followed by inducing the promoter pRhl. There the switching occurred at a concentration 1nM of 3OC12-HSL reaching a fluorescence of 750 AU. This is approximately 0.5 fold the value of the fluorescence shown by the reference curve in green.
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Severe crosstalk was observed in the case of 3OC6-HSL binding the RhlR (reg)regulator followed by induction of pRhl(reg). The transition occurred at a concentration of the inducer molecule of 1 μM but compared to the reference curve a lower value of fluorescence per OD was observed (1000 a.u.). Another case of crosstalk with the pRhl (ref) was detected with 3OC12-HSL binding to the corresponding LasR (ref)regulator followed by inducing the promoter pRhl(ref). Here switching occurred at a concentration 1 nM of 3OC12-HSL and reached fluorescence per OD of 750 a.u.. This is approximately 0.5 fold the value of the fluorescence per OD shown by the reference curve indicated in green.
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Revision as of 20:57, 17 October 2014

Table 3 Crosstalk matrix for the promoter prhl (BBa_I14017)
In this set of experiments the promoter pRhl (ref) was tested for potential crosstalk. In the top left position we observe the induction of pRhl (ref)by C4-HSL bound to the regulator RhlR(ref). The switching behaviour was observed at a C4-HSL concentration of 1 μM.

In the case of 3OC12-HSL binding the RhlR (ref)regulator and subsequently the promoter pRhl (ref)insignificant crosstalk has been observed. Severe crosstalk was observed in the case of 3OC6-HSL binding the RhlR (reg)regulator followed by induction of pRhl(reg). The transition occurred at a concentration of the inducer molecule of 1 μM but compared to the reference curve a lower value of fluorescence per OD was observed (1000 a.u.). Another case of crosstalk with the pRhl (ref) was detected with 3OC12-HSL binding to the corresponding LasR (ref)regulator followed by inducing the promoter pRhl(ref). Here switching occurred at a concentration 1 nM of 3OC12-HSL and reached fluorescence per OD of 750 a.u.. This is approximately 0.5 fold the value of the fluorescence per OD shown by the reference curve indicated in green.

ETH Zurich 2014 qs-table CornerRhl.png ETH Zurich 2014 qs-table C4-HSL.png ETH Zurich 2014 qs-table 3OC6-HSL.png ETH Zurich 2014 qs-table 3OC12-HSL.png
ETH Zurich 2014 qs-table RhlR.png ETH Zurich 2014 qs-table PrhlRef.png ETH Zurich 2014 qs-table PrhlRhlRLuxAHL.png ETH Zurich 2014 qs-table PrhlRhlRLasAHL.png
ETH Zurich 2014 qs-table LuxR.png ETH Zurich 2014 qs-table PrhlLuxRRhlAHL.png ETH Zurich 2014 qs-table PrhlLuxRLuxAHL.png ETH Zurich 2014 qs-table PrhlLuxRLasAHL.png
ETH Zurich 2014 qs-table LasR.png ETH Zurich 2014 qs-table PrhlLasRRhlAHL.png ETH Zurich 2014 qs-table PrhlLasRLuxAHL.png ETH Zurich 2014 qs-table PrhlLasRLasAHL.png