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microenvironments, stem cell differentiation cues and cell populations within next generation organ-chips. The successful candidate will work with 2 other PDRAs to develop the methodologies and translate
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signalling pathways that we hypothesize may have an important role in trophectoderm lineage commitment and differentiation to trophoblast. We seek to understand the functional requirement for these pathways
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development. We have recently identified a number of candidate signalling pathways that we hypothesize may have an important role in trophectoderm lineage commitment and differentiation to trophoblast. We seek
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nanofabrication as well as stem cell culture and differentiation is highly desirable. About the School This post is within the School of Engineering and Materials Science (SEMS) at Queen Mary University of London
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experiments. Excellent communication skills, including proven record of training researchers in tissue culture and stem cell techniques and neuronal differentiation Desirable criteria Knowledge