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Team:University College London/Module 6/Results
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== DNase Agar Assay == | == DNase Agar Assay == | ||
| + | THe following table shows the results we obtained from the DNase agar test. DNase agar contains DNA, which our extracellular nuclease digests. This digestion is observed by adding hydrochloric acid to the agar plates, which causes the remaining DNA to precipitate, causing 'cloudiness' to the DNase agar. | ||
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| + | As seen in our DNase agar plate, there is a clear halo surrounding our nuclease transformed cells, indicating a DNA-free zone where the nuclease has digested the DNA in the agar. No such halo is present in our untransformed cells. This indicates that our transformation has been successful, and that BBa_K729004 is working as expected, producing extracellular nuclease that is capable of digesting extracellular genetic material. | ||
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Revision as of 19:51, 25 September 2012
Module 6: Containment
Description | Design | Construction | Characterisation | Modelling | Results | Conclusions
DNase Agar Assay
THe following table shows the results we obtained from the DNase agar test. DNase agar contains DNA, which our extracellular nuclease digests. This digestion is observed by adding hydrochloric acid to the agar plates, which causes the remaining DNA to precipitate, causing 'cloudiness' to the DNase agar.
As seen in our DNase agar plate, there is a clear halo surrounding our nuclease transformed cells, indicating a DNA-free zone where the nuclease has digested the DNA in the agar. No such halo is present in our untransformed cells. This indicates that our transformation has been successful, and that BBa_K729004 is working as expected, producing extracellular nuclease that is capable of digesting extracellular genetic material.
| Control | BBa_K729004 |
|---|---|
 | 
|
