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mouse colonies, and ensuring the welfare of lab animals. You will perform in utero nano-injection and contribute to our 3R efforts to reduce the numbers of animals used in life sciences. We expect
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use cellular and animal models together with novel molecular imaging techniques to understand the molecular mechanisms underlying the diseases. Our goals are to identify novel biomarkers and medically
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-sequencing, cell biology (experience of working with iPS cells is a merit), lipidomics and histological methods. Previous experience of mouse animal work including treatments, behavioural assessments
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/or mouse islet biology Animal handling experience and FELASA certificate is required Demonstrated experience with Bioinformatic tools and analysis, with emphasis on RNA sequencing A basic understanding
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lines and tumor microenvironment in animal models. The position is a special fixed-term appointment of 6 months (full-time). Subject description Our group has expertise in the field of tyrosine kinases
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experimental animal research. Your mission The selected postdoctoral candidate will work on elucidating SLE pathogenesis and on validation of novel diagnostic biomarkers and will be supervised by Associate
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targeted nanoparticles. Most of the research will be carried out using cell lines and animal models. The overall goal of the project is to develop natural nanoparticles efficiently loaded with specific
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vascular biology (preferably small vessel diseases/CADASIL), and/or neurodegenerative diseases. The successful applicant should have extensive experience and practical skills from research animal work
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into clinical use. The laboratory and the connected animal house is organized for performing the outlined work. Today the research group consists of 2 PhD students and 5 postdocs. In this environment many PhD
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and psoriatic arthritis based on new animal models is now open. This project is supported by Leo Foundation. It is placed at the Section for Medical Inflammation Research, Department of Medical