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novel in vivo gene therapy approaches targeting hematopoietic stem cells. You will generate data on efficacy and safety of gene therapy vectors in multiple target cells and carry on preclinical
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investigations using RNA sequencing and metabolomics, in conjunction with functional interference with immunologic and metabolic pathways in mice and ex vivo organoid cultures. To investigate host-microbial
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experience in proteomics or peptide sequencing by mass spectrometry. Hands-on skills in bioactivity profiling via biophysical methods (fluorescence polarization, surface plasmon resonance, biolayer
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. While it is advantageous for proposed research to align with the individual and/or collective research agendas of the participating chairs at the LUS Institute, candidates are also encouraged to apply
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constructively with colleagues in ways that support the project's progress Teaching responsibilities of no more than 20%, including: grading short-essay assignments preparing multiple-choice questions
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directly to the AXA RF, they first have to submit a short proposal to the UZH Research & Grants Office. In case multiple candidates are interested to apply, the UZH Research & Grants Office has to pre-select
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Teaching responsibilities of no more than 20%, including: grading short-essay assignments preparing multiple-choice questions for an introductory course, partly depending on your background in marketing
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skills, including the ability to plan and manage multiple tasks efficiently. A willingness to learn new methods and approaches from related fields. Strong teamworking, communication, and interpersonal
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learning with the physics of laser–matter interaction. Your developments will be directly validated through multiple experimental runs on state-of-the-art laser processing equipment. You will work closely
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data identifying the most resilient and high-performing plant species. Measurements and analyses will be conducted at multiple sites across the EU and integrated with soil-plant-atmosphere modeling