Kasturi001 (Talk | contribs) |
Kasturi001 (Talk | contribs) |
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<p>ΔCt(test)2 = Ct(Induced operon genes)-Ct(Induced Chloramphenicol gene)</p> | <p>ΔCt(test)2 = Ct(Induced operon genes)-Ct(Induced Chloramphenicol gene)</p> | ||
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− | Finally, use ΔCt(test)2- ΔCt(control)1 to get ΔΔCt.</p> | + | <p>Finally, use ΔCt(test)2- ΔCt(control)1 to get ΔΔCt.</p> |
<p>5mM of IPTG and 20mM of glucose was used to induce the gene expression. It is worth to notice that the RT-PCR efficiency might be different for different genes due to their size of PCR products and the formula used above is assuming the PCR efficiency to be 100% that eventually resulted in 2 copies of products.</p> | <p>5mM of IPTG and 20mM of glucose was used to induce the gene expression. It is worth to notice that the RT-PCR efficiency might be different for different genes due to their size of PCR products and the formula used above is assuming the PCR efficiency to be 100% that eventually resulted in 2 copies of products.</p> |
Revision as of 12:45, 24 October 2017