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, to develop and interrogate biological design principles across eukaryotic systems. A central goal is to use yeast as a genetically tractable model system, followed by work in mammalian models, to establish
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++, Python, and JavaScript languages, multi- and many-core SoC, RISC-V, hardware synthesis, hardware-software co-design, (meta-heuristic) optimization algorithms, machine learning frameworks, (bonus topics
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focus on the genetic and epigenetic molecular pathogenesis of pediatric T-cell leukemia (T-ALL). One particular emphasis will be on the multiomic wet- and dry-lab analysis of clonal and subclonal genomic
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genetic tools to unravel the complexities of centriole assembly and function. The Master student will be supported by a Hiwi contract of ca. 500 € per month. The position is available immediately, and the
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during formation. The research will combine advanced microscopy techniques, biochemistry, and genetic tools to unravel the complexities of centriole assembly and function and how this can lead to disease