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or slow their progression. Here we aim to elucidate the basic biology of neuronal maintenance and energy homeostasis to enable us to design new therapeutic strategies NMNAT2 is a bifunctional protein that
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Informatics – School of Informatics and Computing Location Indianapolis Position Summary The Postdoctoral Research will help design and conduct research in AI & machine learning for medicine while receiving
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Primary Duties and Responsibilities: Advanced molecular biology techniques including gene editing, plasmid design and production, bacterial culture, plasmid purification, and related analyses. Molecular
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Responsibilities: Advanced molecular biology techniques including gene editing (CRISPR), plasmid design and production, bacterial culture, plasmid purification, and related analyses. Molecular biology and
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superconducting materials. Development of new instrumentation will require computer simulation using commercially available software such as MagNet© and COMSOL© as well as mechanical design, testing and neutron
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be capable of designing experiments and conducting hypothesis-based research projects. The candidate should have a strong background in cell biology, molecular biology, or biochemistry. Knowledge
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components required for photoreceptor morphogenesis/maintenance. The applicant is expected to be highly independent and be capable of designing experiments and conducting hypothesis-based research projects
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with the PI at University of Dayton, Dr. Mary Wagner, and her team, and will work alongside the research team in Dr. Wagner’s lab to design and carry out the experiments. This position has a two-year
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make a difference by designing and implementing new impactful scientific approaches to analyzing human biomedical datasets and driving discoveries in public health to uncover novel biological mechanisms
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outperform existing OCT disadvantages, either for those based on classical supercontinuum light sources or single-photon quantum light sources. This experimental research will involve designing, developing