Team:Warsaw/Calendar-Stage1/8 September 2010

From 2010.igem.org

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<br><div class="note"> Testing the fluorescence of GFP in different pH in a microfluidic systemm by using flow cytometry[Ania O.,Cherry]</div>
<br><div class="note"> Testing the fluorescence of GFP in different pH in a microfluidic systemm by using flow cytometry[Ania O.,Cherry]</div>
<br>1. Enclosing GFP in different pH buffers into droplets in  a water-in-oil-in-water emulsion
<br>1. Enclosing GFP in different pH buffers into droplets in  a water-in-oil-in-water emulsion
-
<br>2. Preparation of probes and examining them in flow cytometer
+
<br>2. Preparation of samples and examining them in flow cytometer
<br>
<br>
<br><div class="note"> Data analysis with Cell Quest[Cherry]</div>
<br><div class="note"> Data analysis with Cell Quest[Cherry]</div>
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<br />07-09-2010.007- pH 4,8
<br />07-09-2010.007- pH 4,8
<br />07-09-2010.010- pH 8
<br />07-09-2010.010- pH 8
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<br />
+
 
-
<br /><hr />
+
<br /><br />cytometer plots:
 +
<br>FSC- Forward Scatter, cell size
 +
<br>SSC- Side Scatter, cell complexity
 +
<br>FL-1- FL-1 sensor, cell fluorescence
 +
<br /><br><hr />
<br />
<br />
Data from Cell Quest analysis:
Data from Cell Quest analysis:

Revision as of 20:27, 27 October 2010

Example Tabs


07.09.2010 Tuesday

Testing the fluorescence of GFP in different pH in a microfluidic systemm by using flow cytometry[Ania O.,Cherry]

1. Enclosing GFP in different pH buffers into droplets in a water-in-oil-in-water emulsion
2. Preparation of samples and examining them in flow cytometer

Data analysis with Cell Quest[Cherry]


legend:

07-09-2010.004- pH 7
07-09-2010.005- pH 8
07-09-2010.006- pH 6,8
07-09-2010.007- pH 4,8
07-09-2010.010- pH 8

cytometer plots:
FSC- Forward Scatter, cell size
SSC- Side Scatter, cell complexity
FL-1- FL-1 sensor, cell fluorescence



Data from Cell Quest analysis: