Difference between revisions of "Team:Nagahama/Proof of concept"

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Actually, we confirmed resistance of farnesol by MarA.
 
Actually, we confirmed resistance of farnesol by MarA.
 
=='''Colony formation of E. coli JM109 engineered with marA on farnesol overlaid plates. '''==
 
=='''Colony formation of E. coli JM109 engineered with marA on farnesol overlaid plates. '''==
[[File:E.colimarA result .jpg|800px|thumb|center|Fig.7:Colony formation of E. coli JM109 engineered with marA on farnesol overlaid plates.
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[[File:E.colimarA result .jpg|800px|thumb|center|Fig.7:Colony formation of E. coli JM109 engineered with marA on farnesol overlaid plates.  
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''E.coli'' JM109 and ''E.coli'' JM109 (marA) were dropped on LBGMg agar plates in serial ten-fold dilutions (10⁻¹~〖10〗^(-6)), overlaid with 30 % (v/v) farnesol hexane solution (farnesol solution) and incubated at 30°C for 24 h. This figure shows that ''E.coli'' JM109 (marA) cells that overexpress the marA product better than the control ''E.coli'' JM109 wild type cells survived plates overloyed by 30 % farnesol solution.
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Revision as of 04:15, 19 October 2016

MarA
This device makes Escherichia coli have the resistance of farnesol. Actually, we confirmed resistance of farnesol by MarA.

Colony formation of E. coli JM109 engineered with marA on farnesol overlaid plates.

Fig.7:Colony formation of E. coli JM109 engineered with marA on farnesol overlaid plates.
E.coli JM109 and E.coli JM109 (marA) were dropped on LBGMg agar plates in serial ten-fold dilutions (10⁻¹~〖10〗^(-6)), overlaid with 30 % (v/v) farnesol hexane solution (farnesol solution) and incubated at 30°C for 24 h. This figure shows that E.coli JM109 (marA) cells that overexpress the marA product better than the control E.coli JM109 wild type cells survived plates overloyed by 30 % farnesol solution.