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to attack these questions. We will combine cutting edge techniques, such as genome engineering and single-cell genomics together with advanced systems to track mis-segregated chromosomes by live-cell
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site or art space, relating to themes such as Archaeology, Architecture, Art, Cultural History, Natural Sciences and Technology and a relation to the overarching theme of the programme next year
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proofed by providing a current certificate. Note: It is not possible to pass the required German language courses (DSH or TestDaF) without any previous basic knowledge in the German language (at least B1
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digitalized society, a climate-friendly energy system, and a sustainable economy. We focus on the natural, life, and engineering sciences in the fields of information, energy, and bioeconomy. We combine
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institutions: universities, research institutes, companies, environmental- and nature protection agencies and authorities, NGOs, associations, etc. During the fellowship practical solutions for current
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with foreign partner organisations. The scholarships are funded by the Federal Ministry of Research, Technology and Space. Who can apply? The programme is aimed at university teachers and experienced
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radiopharmaceuticals. The project will build on the PET reporter gene technology that we have recently developed and apply it for the in vivo tracking of gene vectors and their genetic payload. The different vectors
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most cases, they are in the same period as the previous year. You can find the current dates here: Application documents Documents to be uploaded to the DAAD portal: Online application form Full
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for the Master's programmes of the universities. Please check whether you fulfil the necessary language requirements. When you apply to the DAAD for a scholarship, you must provide proof of your current level of
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includes single-cell RNAseq and large high-dimensional flow cytometry panels and a collection of transgenic mouse models specifically engineered for the reporting, lineage tracing, or conditional deletion