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a focus on topological data analysis, to a wide range of application driven questions. A primary interest is developing reliable methods based on rigid mathematical foundations targeting visualization
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of bioresources and generation of added-value products with targeted properties for various applications. One example of valorization of the effluents from AD systems (i.e. digestate) is production of dedicated
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bioinformatics, the project will expand our knowledge of mRNA regulation in the adaptive immune system and identify potential molecular targets for therapeutic interventions in inflammatory disease. As a PhD
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biomass resources and pollutants in AD plants will enhance utilization of bioresources and generation of added-value products with targeted properties for various applications. One example of valorization