Team:BIOTEC Dresden/Protocols:Cocultivation assay

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(New page: {{Biotec_Dresden/Header}} <html> <body> <div id="content_prim"> <h2>Set-up</h2> <h3>Tecan plate reader</h3> <li>Start the machine 20 minutes in advance and heat the chamber to 37C. Pu...)
 
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{{Biotec_Dresden/Header}}
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<h3>Tecan plate reader</h3>
<h3>Tecan plate reader</h3>
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<li>Start the machine 20 minutes in advance and heat the chamber to 37C. Put in the plate and start the measurement with the following setting:</li>
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<li>Start the machine <span class="markup time">20 minutes</span> in advance and heat the chamber to <span class="markup temp">37°C</span>. Put in the plate and start the measurement with the following setting:</li>
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<li>Measure OD at 612 nm</li>
<li>Measure OD at 612 nm</li>
<li>Measure fluorescence with an excitation wavelength of 485nm and an emission wavelength of 535nm for both GFP and YFP</li>
<li>Measure fluorescence with an excitation wavelength of 485nm and an emission wavelength of 535nm for both GFP and YFP</li>
<li>Shake</li>
<li>Shake</li>
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<li>Repeat measurements every 5min for 3 hours</li>
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<li>Repeat measurements every <span class="markup time">5min for 3 hours</span></li>
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</ul>
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<a rel="lightbox"><img class="border" style="width:500px; margin-left:20%" src="https://static.igem.org/mediawiki/2010/1/17/BiotecDresden_Pipetting_schema_cocultivation_l.png"></a>
<h3>Data processing</h3>
<h3>Data processing</h3>
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<ul>
<li>Normalize the data by dividing all fluorescence data by the corresponding optical density</li>
<li>Normalize the data by dividing all fluorescence data by the corresponding optical density</li>
<li>Subtract the obtained value of the reference column from the calculated relative fluorescence of the wells containing HHL</li>
<li>Subtract the obtained value of the reference column from the calculated relative fluorescence of the wells containing HHL</li>
<li>Plot the fluorescence data over the time</li>
<li>Plot the fluorescence data over the time</li>
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</ul>
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Latest revision as of 02:51, 28 October 2010

Set-up

Tecan plate reader

  • Start the machine 20 minutes in advance and heat the chamber to 37°C. Put in the plate and start the measurement with the following setting:
  • Measure OD at 612 nm
  • Measure fluorescence with an excitation wavelength of 485nm and an emission wavelength of 535nm for both GFP and YFP
  • Shake
  • Repeat measurements every 5min for 3 hours

Data processing

  • Normalize the data by dividing all fluorescence data by the corresponding optical density
  • Subtract the obtained value of the reference column from the calculated relative fluorescence of the wells containing HHL
  • Plot the fluorescence data over the time
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