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novel 2D and 3D (organoid, spheroid, epithelioid) models that are needed to identify and validate drivers of radioresistance. The School of Medical Sciences is committed to promoting equality and
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focuses on creating new formulations, improving drug delivery strategies, and developing predictive models to accelerate the clinical translation of LATs. The primary objective of this role is to establish
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assemblies. This project will use the instrument to measure how many of a given AAV product have filled capsids versus empty and we will compare the data to the efficacy of the drug in animal models. What can
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on creating new formulations, improving drug delivery strategies, and developing predictive models to accelerate the clinical translation of LATs. The role will focus on the formulation of LATs based
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, within the School of Health Sciences. This is a 1.0 FTE post, for a maximum of 44 months (dependent upon appointment date and probationary review). There is opportunity for a hybrid model of office and
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tools. We welcome applications from both experimentalist and modellers with a proven capacity to collaborate effectively within a diverse team. You should be well-organised and self-motivated with
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sustainability. The project focuses on creating new formulations, improving drug delivery strategies, and developing predictive models to accelerate the clinical translation of LATs. The primary goal of this role
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DBS check due to work with children and their families. This research group has strong links to the Paediatric Clinical Neuropsychology Department at Royal Manchester Children’s Hospital and therefore