Team:University College London/Module 3/Results

From 2012.igem.org

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== SEM for BBa_K729006 (Laccase) ==
== SEM for BBa_K729006 (Laccase) ==
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[[File:UniversityCollegeLondon_LaccaseSEM_Water_Low_mag.tif]]
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[[File:UniversityCollegeLondon_LaccaseSEM_Water_Low_mag.png]]
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[[File:UniversityCollegeLondon_LaccaseSEM_Water_High_mag.png]]
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[[File:UniversityCollegeLondon_LaccaseSEM_W3110_Low_mag.png]]
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[[File:UniversityCollegeLondon_LaccaseSEM_W3110_High_mag.png]]
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[[File:UniversityCollegeLondon_LaccaseSEM_Laccase_Low_mag.png]]
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[[File:UniversityCollegeLondon_LaccaseSEM_Laccase_High_mag.png]]

Revision as of 15:13, 24 September 2012

Module 3: Degradation

Description | Design | Construction | Characterisation | Modelling | Results | Conclusions

Syringaldazine Assay of BBa_K729006 (Laccase)

Our results indicate a significantly higher rate of oxidation for our BioBrick than the control. This indicates that our transformed E. coli have successfully produced laccase, allowing it to oxidise the syringaldazine utilised in the laccase assay.

UniversityCollegeLondon Laccase Assay 3.png
UniversityCollegeLondon Laccase Activity.png


SEM for BBa_K729006 (Laccase)

UniversityCollegeLondon LaccaseSEM Water Low mag.png UniversityCollegeLondon LaccaseSEM Water High mag.png UniversityCollegeLondon LaccaseSEM W3110 Low mag.png UniversityCollegeLondon LaccaseSEM W3110 High mag.png UniversityCollegeLondon LaccaseSEM Laccase Low mag.png UniversityCollegeLondon LaccaseSEM Laccase High mag.png