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Lab (Department of Physics) and Bio-Imaging Lab (Department of Biomedical Sciences) are looking for a full-time doctoral scholarship holder in the field of super-resolution estimation of cerebral blood
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(Department of Physics) and Bio-Imaging Lab (Department of Biomedical Sciences) are looking for a full-time doctoral scholarship holder in the field of super-resolution estimation of cerebral blood flow from
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methods for these diseases. Approaches range from human genetics, genomics, protein biochemistry and neuronal and glial cell biology to integrative systems and computational biology. Models include yeast
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. The purpose of the memo is to gauge your research (design) skills, to illustrate your critical reflection and to demonstrate your writing skills. In the memo, you tackle the following questions: State
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to the topic of the doctoral project (in particular from p. 10 onwards). The purpose of the memo is to gauge your research skills and own input/voice as a researcher. In the memo, you answer the following
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(involving, e.g., computer programmers and data scientists, military startups, technology firms) and how it leads or has led to new and compounding forms of civilian harm in Ukraine and Gaza. It is co-led by
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the faculty and university research policies . You are willing and able to adopt an interdisciplinary perspective and consider multiple research methods, such as oral history interviews, participant
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willing and able to adopt an interdisciplinary perspective and consider multiple research methods, such as oral history interviews, participant observation and archival research. You are motivated to work
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the topic mentioned above. You will develop a method to improve the spatial resolution and image quality of light sheet microscopy images obtained from cleared, intact mouse brains. For this you can
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nervous system, with an emphasis on understanding the genetic etiology and developing diagnostics and treatment methods for these diseases. Approaches range from human genetics, genomics, protein