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Molecular analyses of selected microbial cell jülich single combined with the development of novel analytical tools form the basis for an in depth jülich single of microbial cells and single enzyme catalysts. From this knowledge new bioprocesses are being developed, focusing on the transformation of renewable carbon sources into value-added products.

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State of the art research in microbial biotechnology requires jülich single technical platforms for cultivation, analytics and data processing. The JMPC operated by IBG-1 integrates these technical facilities together with a management structure which makes it easy to maintain, access and allocate our resources and to conserve the extensive know-how accumulated over many years.

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Cultivation Devices Devices for cultivation of microbes over several scales ranging from microfluidics over microtiter plates and lab-scale bioreactors up to the lower technical-scale Multi-omics jülich single Omics platform including analytical devices for genomics, transcriptomics, proteomics, metabolomics and fluxomics with a focus on quantitative jülich single. Single-cell analytics Single-cell analytics including fluorescence-activated cell sorting FACS and automated time-lapse microscopy.

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Software tools Software systems for data processing, uncertainty analysis, experimental design, modeling, simulation, and information visualization including some huge systems 13CFLUX2, CADET with more than