Difference between revisions of "Team:Munich/Measurement"

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Although fluorescence measurements are a fundamental tool to characterize biochemical circuits, suitable measurement instruments are usually very expensive and therefore not available for all iGEM teams. We therefore constructed a portable low-cost fluorescence detector that can be assembled for less than 15$ and can measure time traces with the sensitivity of a commercial plate reader. The assembly of the detector only requires standard electronic components and a 3D printer. We provide equations to calibrate the data from the detector including a complete consideration of the propagation of uncertainties and wrote program code to automatize data analysis.
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Revision as of 10:08, 27 October 2017


Measurement

Although fluorescence measurements are a fundamental tool to characterize biochemical circuits, suitable measurement instruments are usually very expensive and therefore not available for all iGEM teams. We therefore constructed a portable low-cost fluorescence detector that can be assembled for less than 15$ and can measure time traces with the sensitivity of a commercial plate reader. The assembly of the detector only requires standard electronic components and a 3D printer. We provide equations to calibrate the data from the detector including a complete consideration of the propagation of uncertainties and wrote program code to automatize data analysis.