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neurophysiological conditions. Highly coordinated genomic and proteomic dynamics form the neural basis for structural plasticity, allowing the brain to adapt and respond to changes. Post-translational modifications
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the peripheral nervous system. The studies will predominantly be performed in rodent models, with the inclusion of translational studies involving patient samples to elucidate functions of SGCs in human diseases
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treatment biofilms You will coordinate the integration of findings into metagenomic and resource recovery pipelines You will contribute to the translation of structural and biophysical insights
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, and love to be at the cutting edge of new technologies. Translating your knowledge and good craftsmanship into robust solutions is essential. The ideal candidate should hold a Ph.D. in electrical
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one position will be engaged in projects with a focus on psychiatric disorders and translational epidemiology. Another one will focus on genetic analyses and causal inference. Additionally, one
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achievements. The candidates are expected to have a strong background in RNA biology, including relevant experimental techniques. Previous experience in areas such as circRNAs, translation assays, RNA
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, and love to be at the cutting edge of new technologies. Translating your knowledge and good craftsmanship into robust solutions is essential. The ideal candidate should hold a Ph.D. in electrical
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multiple forms of materiality, including but not limited to written texts such as laws and regulations. As datafication increasingly translates territory and populations into digital infrastructures, it is
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statistical modeling and methods development to experimental hypothesis evaluation and clinical translation. There are also close collaborations with the wet-lab and clinical groups at the department ( https