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to further design, build and validate a compact, automated instrument capable of quantifying specific pathogens in air in near real-time. Biological particles will be collected from a continuous air flow
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, build and validate a compact, automated instrument capable of quantifying specific pathogens in air in near real-time. Biological particles will be collected from a continuous air flow, selectively
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to further design, build and validate a compact, automated instrument capable of quantifying specific pathogens in air in near real-time. Biological particles will be collected from a continuous air flow
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to develop a research project that fits into the broad scope of bacteria-jumbophage interactions PhD or equivalent degree with ideally a strong component in any of the following areas: microbiology
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modelling, structure biology and chemistry. Your profile PhD in Molecular Biology, Microbiology, Biochemistry or Structural Biology with research experience in any of these areas. You are highly motivated
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holds a PhD in Biochemistry, Molecular Biology, Immunology or another relevant Life-Science degree. Expertise in immunology, allergy, FACS (analysis and cell sorting), and mouse models is required
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independent research interests. Your profile Required: PhD in Marketing/Business/Analytics (or a related field); strong statistical background; proficiency in Python; fluent English. Preferred: experience with
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publications, patents and regulatory reports. The successful candidate holds a PhD in organic chemistry. Expertise in organic synthesis with emphasis on the synthesis of biologically active molecules is desired
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conferences. Enjoy protected research time to pursue independent research interests. Required: PhD in Marketing/Business/Analytics (or a related field); strong statistical background; proficiency in Python
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hematopoiesis and tissue engineering, while cooperating with a PhD student working on the same program. The project aims at engineering organotypic 3D human bone marrow tissues and apply them as grafts in vivo