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or prevent aggregation in this model system, with the goal of uncovering key modulators and potential strategies to prevent disease progression. The applicant should have experience working with neuronal cell
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. The objective is to develop intelligent and interoperable AI-based handover management solutions to ensure seamless mobility across multiorbit and multi-operator satellite communication systems. Phase 1 (Months 1
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Online applications must be received before 11:59pm on: April 5, 2026 If a date is not listed above, review the Applicant Instructions below for more details. Available Title(s): 1160-YN_ADMINPRO
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, high-content imaging and high-throughput screening methods combined with drug design and development. Compounds will be tested in standard cell lines as well as patient-derived cells and three
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/Qualifications The ideal applicant will have a degree in biomedical/mechanical engineering, biomedical sciences, immunology, or a related discipline. Previous experience in immune cell culture, bioreactors
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strategy Transport subscription up to 75 % supported Sustainable mobility package, in line with the institution’s commitment to sustainable development Access to university restaurants with a preferential
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team investigating in vitro -transcribed mRNA tools, high-throughput screening techniques, and advanced cell and animal models to support development of new cardiovascular disease therapeutics. You will
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applicants only References "Lab website https://cellplasticity.weebly.com/ Recent work from the lab Plygawko, A.T., Adams, J., Richards, Z. and Campbell, K. (2025) A hormonally regulated gating mechanism
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and actuate [2], which opens new possibilities for controlling cellular function. In the recently funded RIBOTICS (RNA Origami Technology in Cell Systems) project, the lab aims to develop RNA origami
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immune responses in the CNS. These tools allow us to track the spatial and temporal dynamics of T and B cell interactions during brain development and disease. This PhD project will uncover fundamental