File:TU Eindhoven results bioluminiscence neongreen and NanoLuc.png

Revision as of 19:31, 18 September 2015 by S136969 (Talk | contribs) (OmpX-NanoLuc's & OmpX-mNeonGreen's presence in the cells were tested by adding Nano-Glo substrate to the cells and measuring bioluminescence with the spectrophotometer. The figure below shows that OmpX-NanoLuc shows a peak characteristic for NanoLuc, indi)

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OmpX-NanoLuc's & OmpX-mNeonGreen's presence in the cells were tested by adding Nano-Glo substrate to the cells and measuring bioluminescence with the spectrophotometer. The figure below shows that OmpX-NanoLuc shows a peak characteristic for NanoLuc, indicating NanoLuc's presence within the cells. Moreover, the spectrogram shows a distinct shoulder near 517 nm, the emission wavelength of mNeongreen. Since no laser was used, excitation of mNeongreen can only be accomplished by NanoLuc so BRET occured. This signal is measured when no click reaction is performed on the complex, meaning that this can be seen as the background noise of the sensor of iGEM team TU Eindhoven 2015 .

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current19:31, 18 September 2015Thumbnail for version as of 19:31, 18 September 2015700 × 504 (86 KB)S136969 (Talk | contribs)OmpX-NanoLuc's & OmpX-mNeonGreen's presence in the cells were tested by adding Nano-Glo substrate to the cells and measuring bioluminescence with the spectrophotometer. The figure below shows that OmpX-NanoLuc shows a peak characteristic for NanoLuc, indi
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