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Field
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viral vectors into the mouse brain. Performs cranial window preparation and traumatic brain injury surgeries. Performs mouse brain sectioning, immunostaining and imaging using confocal microscopy and
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candidate will work on pioneering altermagnetic devices within the EIC Pathfinder Open project "AMSwitch". The research targets energy-efficient logic devices that exploit the Néel vector and Berry curvature
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the key duties of this position are the following: Performs in vivo animal experiments using mice, performing small craniotomies for injection of chemical and viral vectors, and for implantation of multiple
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immune activation, cytotoxicity, and persistence. Additional methods may involve CRISPR-based perturbations, viral vector engineering, and immune cell manufacturing workflows relevant to CAR-based
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areas is preferred and will help the candidate succeed: X-ray absorption spectroscopy theory and modelling, and handling large synchrotron/X-ray datasets. Experience with vector databases (e.g. Pinecone
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qualifications Demonstrated competence with core molecular biology techniques (including vector design, genome-targeting strategies, and PCR-based workflows). Experience with viral delivery, transduction
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ultrafast laser facility, EXTREMAG, using techniques such as wide-field Kerr microscopy (WFKM), vector network analyser ferromagnetic resonance (VNA-FMR), time-resolved scanning Kerr microscopy (TRSKM) and
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) developing and applying advanced human iPSC-derived blood–brain barrier (BBB) models to evaluate next-generation CNS-targeted viral vectors. The successful candidate will use models to assess vector
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the key duties of this position are the following: Performs in vivo animal experiments using mice, performing small craniotomies for injection of chemical and viral vectors, and for implantation of multiple
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on rodent-borne and vector-borne disease systems and their interaction with human mobility and societal connectivity. The project will further develop predictive modelling frameworks to reconstruct and