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Part:BBa_K539691:Experience

Designed by: Shu-Han Chang   Group: iGEM11_NCTU_Formosa   (2011-09-27)
Revision as of 16:17, 5 October 2011 by Zcc (Talk | contribs) (Experience by 2011 iGEM NCTU_FORMOSA)

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Applications of BBa_K539691

Experience by 2011 iGEM NCTU_FORMOSA

Butano figure1.jpg

Figure.1 Firstly , we ligase B0030 with ilvC.


Butanol figure2.jpg

Figure.2 At the sametime , we ligase B0030 with ilvD.


Butanol figure3.jpg

Figure.3 Meanwhile , we ligase B0032 with Alss.


Butanol figure4.jpg

Figure.4 To make sure we obtain the correct part , colony PCR is needed.


Butanol figure5.jpg

Figure.5 Secondly , we ligase Plac with B0032+Alss


Butanol figure6.jpg

Figure.6 Thirdly , we ligase Plac+B0032+Alss with B0030+ilvC


Butanol figure7.jpg

Figure.7 At the same time , we ligase B0030+ilvD with RNA thermometer+tetR+double terminator


Butanol figure8.jpg

Figure.8 Finally , we ligase the whole circuit:promoter(lacI regulated)+Alss+ilvC+ilvD(each preceded by own RBS)and RNA thermometer+terminator

We cotransformed Part:BBa_K539691 and Part:BBa_K539742 into DH5α, so the expression of Alss, ilvC, ilvD and kivd are under the control of temperature.

And to realize whether Alss,ilvC and ilvD have any impact to the production of isobutanol, we compare the circuit which contain Alss,ilvC and ilvD genes with the one with only a single kivd gene in it.

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