Difference between revisions of "Team:UNIK Copenhagen/Red Lab"

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<h1><font color="#DF3A01">Red</font> Lab </h1>
 
<h1><font color="#DF3A01">Red</font> Lab </h1>
 
<p> In RedLab we experiment with and validate the work done by <a href="https://2015.igem.org/team:UNIK_Copenhagen/Green_Lab"><font color="green">Green</font> <font color="black">Lab</font></a>  
 
<p> In RedLab we experiment with and validate the work done by <a href="https://2015.igem.org/team:UNIK_Copenhagen/Green_Lab"><font color="green">Green</font> <font color="black">Lab</font></a>  
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In the gloomy dark cellar of the H.C.Ørestad institute there stand a mysterious and unearthly machine: "unearthly" being an apt word to descrbe it, for the machine can simulate the martian environment here on earth. The machine is called the "Martian Environmental Chamber" and is able to simulate the following variables of a martian environment:  
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In the gloomy dark cellar of the H.C.Ørestad institute there stands a mysterious and unearthly machine. "Unearthly" being an apt word to descrbe it, for the machine can be used to simulate the martian environment here on earth. The machine is called the "Martian Environmental Chamber" (MEC) and is able to simulate the following variables of a martian environment:  
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<li>Atmosphere
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<li>Pressure
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<li>UV radiation
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By placing the moss inside the MEC and changing one variable at a time we can test under which martian conditions moss can survive, and which conditions prove life threatening for the moss. You can read more about the MEC <a href="https://2015.igem.org/team:UNIK_Copenhagen/Green_Lab"><font color="green">here</font>https://2015.igem.org/Team:UNIK_Copenhagen/Chamber</a>
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However the one thing that we cannot use the MEC to test is temperature: this is because the MEC is unable to go below 0 degrees while we need to simulate martian temperatures that go well below zero during the night. Thus we have designed our own experiment in order to test moss's ability to survive at different temperatures whcih is described
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When the moss has been genetically modified to produce anti-freeze protein we want to test if this actually means our moss is more resistant towards cold. To do this we had to build our completely own experiment from scratch: </p>
 
When the moss has been genetically modified to produce anti-freeze protein we want to test if this actually means our moss is more resistant towards cold. To do this we had to build our completely own experiment from scratch: </p>

Revision as of 15:38, 6 September 2015


Red Lab

In RedLab we experiment with and validate the work done by Green Lab In the gloomy dark cellar of the H.C.Ørestad institute there stands a mysterious and unearthly machine. "Unearthly" being an apt word to descrbe it, for the machine can be used to simulate the martian environment here on earth. The machine is called the "Martian Environmental Chamber" (MEC) and is able to simulate the following variables of a martian environment:

  • Atmosphere
  • Pressure
  • UV radiation By placing the moss inside the MEC and changing one variable at a time we can test under which martian conditions moss can survive, and which conditions prove life threatening for the moss. You can read more about the MEC herehttps://2015.igem.org/Team:UNIK_Copenhagen/Chamber However the one thing that we cannot use the MEC to test is temperature: this is because the MEC is unable to go below 0 degrees while we need to simulate martian temperatures that go well below zero during the night. Thus we have designed our own experiment in order to test moss's ability to survive at different temperatures whcih is described When the moss has been genetically modified to produce anti-freeze protein we want to test if this actually means our moss is more resistant towards cold. To do this we had to build our completely own experiment from scratch: