Team:Wageningen UR/Project/Devices

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(→Fluid device designed by Team Wageningen UR to measure oscillations)
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The paper our system is based on used microfluidic devices to measure oscillations. Such microfluidic devices however are very expensive and our iGEM team budget was limited, so we decided to design our own fluid device.  
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The paper our system is based on used microfluidic devices to measure oscillations. Such microfluidic devices however are very expensive and our iGEM team budget was limited, so we decided to design our own fluid device, which was produced in the Wageningen University workshop. The idea of the device was that it could accommodate two possible bacteria growing platforms, a micro sieve and a micro dish.  
[[File:Module-2 WUR.JPG|400px|center]]
[[File:Module-2 WUR.JPG|400px|center]]

Revision as of 15:54, 14 September 2011

Building a Synchronized Oscillatory System

Fluid device designed by Team Wageningen UR to measure oscillations

The paper our system is based on used microfluidic devices to measure oscillations. Such microfluidic devices however are very expensive and our iGEM team budget was limited, so we decided to design our own fluid device, which was produced in the Wageningen University workshop. The idea of the device was that it could accommodate two possible bacteria growing platforms, a micro sieve and a micro dish.

Module-2 WUR.JPG

Fig.1. Microsieve design 3D render






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