Team:DTU-Denmark/BioLector

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<h1>BioLector</h1>
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<p align="justify">To characterize our constructs we have used BioLector apparatus, provided by the Center for
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Biological Sequence Analysis at DTU. BioLector is an innovative device allowing up to 96
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fermentations simultaneously, also of the aerobic cultures. Utilisation of multi-parameter plates
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allows measurement of various biological parameters. Biomass and fluorescence in cell cultures
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is detected through the transparent bottom of the plates. Detection of pH and DO (oxygen partial
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pressure) is also possible through optodes (optical sensors) positioned in the bottom of the wells.
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All of these parameters can be monitored and visualized for further analysis. In our project the
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BioLector has been used to measure the levels of expression of GFP and RFP in bacterial cultures
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over time. The biomass of the cells has also been estimated by measuring scattered light.</p>
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Revision as of 15:34, 24 October 2010

Welcome to the DTU iGEM wiki!

BioLector

To characterize our constructs we have used BioLector apparatus, provided by the Center for Biological Sequence Analysis at DTU. BioLector is an innovative device allowing up to 96 fermentations simultaneously, also of the aerobic cultures. Utilisation of multi-parameter plates allows measurement of various biological parameters. Biomass and fluorescence in cell cultures is detected through the transparent bottom of the plates. Detection of pH and DO (oxygen partial pressure) is also possible through optodes (optical sensors) positioned in the bottom of the wells. All of these parameters can be monitored and visualized for further analysis. In our project the BioLector has been used to measure the levels of expression of GFP and RFP in bacterial cultures over time. The biomass of the cells has also been estimated by measuring scattered light.