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Team:ETH Zurich/labblog/20140716meet
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| - | == Week 8 | + | == Week 8 : Plasmdis assembly, First mold 3D printed == |
==== Wednesday, July 16th ==== | ==== Wednesday, July 16th ==== | ||
* Our first Gibson assemblies worked well. Regulator plasmids piG0040, piG0041 and piG0042 have been constructed : | * Our first Gibson assemblies worked well. Regulator plasmids piG0040, piG0041 and piG0042 have been constructed : | ||
| - | [[File:ETH Zurich regulator plasmids.PNG|700px]] | + | [[File:ETH Zurich regulator plasmids.PNG|center|700px|thumb|Regulator plasmids construction plan]] |
* We printed our first mold for millifluidic chip : | * We printed our first mold for millifluidic chip : | ||
| - | [[File:ETH Zurich mold.PNG|500px]] | + | [[File:ETH Zurich mold.PNG|center|500px|thumb|Our first mold for millifluidic chip]] |
* We simulated the whole model with and without riboswitch in Matlab with random parameters for integrases. We are still trying to estimate integrase parameters from the literature but it is very difficult. | * We simulated the whole model with and without riboswitch in Matlab with random parameters for integrases. We are still trying to estimate integrase parameters from the literature but it is very difficult. | ||
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Latest revision as of 21:48, 11 October 2014
Week 8 : Plasmdis assembly, First mold 3D printed
Wednesday, July 16th
- Our first Gibson assemblies worked well. Regulator plasmids piG0040, piG0041 and piG0042 have been constructed :
- We printed our first mold for millifluidic chip :
- We simulated the whole model with and without riboswitch in Matlab with random parameters for integrases. We are still trying to estimate integrase parameters from the literature but it is very difficult.
