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research and co-design we encourage you to apply. About You You are an experienced researcher who is passionate about young people's health and reducing inequalities and system barriers. You have an
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is essential. You will develop new experimental techniques and analysis pipelines. You should be confident to plan, deliver and critique your own work and to supervise students/junior team members. You
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the wider community. At the Crick, we believe that diversity and inclusion are essential to driving innovation and scientific discovery. If you need assistance with your application, please contact
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plant-colonising bacteria and integrate them into the chromosomes of appropriate bacterial chassis. Control systems will be designed to restrict expression to target plants and ensure optimal expression
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modelling toolkits that enable optimal design and operation of greener vessels, backed by real-world demonstrations. The successful candidate will work at the intersection of multi-disciplinary modelling
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of the continuous flow process platform to demonstrate the commercial feasibility of this solar chemical technology at a kg plastic and metre square scale under real sunlight irradiation. The PDRA will design
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glial cells Design, validate, troubleshoot, and perform relevant assays to interrogate lipid dysregulation induced in iPSC models. Adapt existing and develop new scientific techniques and experimental
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broader range of LEIP activities such as citizens’ juries designed to engage patient voices. You will develop good working relationships with other members of the LEIP, DIGIT and the MHG Programme more
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and preclinical data from MORU and collaborators in order to optimise treatments in infectious disease contexts. You will take part in experimental design, PBPK model development and verification, and
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Laboratory. You will be responsible for: Advancing numerical modelling methodologies for 3D woven composites Designing and conducting high‑rate and impact experiments on 3D woven composite architectures