Team:Groningen/Template/MODULE/project/bandage/general2

From 2014.igem.org

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*Try and find several gel materials that could work as a bacteria
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*Try to find several gel materials in which the bacteria are able to grow
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*Check for growth in the gel, also with several revival fluids. This could be media, normal water or demi-water.
*Check for growth in the gel, also with several revival fluids. This could be media, normal water or demi-water.
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*Check whether our bacteria are trapped inside the bandage.
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*Check whether our bacteria can't leave the bandage.
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<div class="listing">
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<div class="item">*Test different kinds of gels (PAA %) for their strength and applicability</div>
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<div class="item">*Test if IPM's (Infection Preventing Molecules) diffuse through the gel</div>
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<div class="item">*Test if the cells survive and revive after freeze drying</div>
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<div class="item">*Test if our bacteria can't leave the gel</div>
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<div class="hspacer">&nbsp;</div>
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<!-- LISTING SNIPPET END-->
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*Test different kinds of gels (PAA %) for their strength and applicability
 +
*Test if IPM's (Infection Preventing Molecules) can diffuse through the gel
 +
*Test if the cells survive and revive after freeze drying
 +
*Test if our bacteria are stuck inside the gel
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<html>

Latest revision as of 03:45, 18 October 2014

Planning of sub-parts
 
What exactly do we have to do to make a bandage?
 

  • Try to find several gel materials in which the bacteria are able to grow
  • Check for growth in the gel, also with several revival fluids. This could be media, normal water or demi-water.
  • Check whether our bacteria are trapped inside the bandage.

Testing of sub-parts
 

  • Test different kinds of gels (PAA %) for their strength and applicability
  • Test if IPM's (Infection Preventing Molecules) can diffuse through the gel
  • Test if the cells survive and revive after freeze drying
  • Test if our bacteria are stuck inside the gel