35 International Institute of Molecular and Cell Biology Fellowship positions at UNIVERSITY OF SOUTHAMPTON
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. The candidate will have robust skills in molecular biology techniques as well as experience in pluripotent stem cell culture, retinal organoid differentiation, histology, flow cytometry and confocal microscopy
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. The candidate will have robust skills in molecular biology techniques as well as experience in pluripotent stem cell culture, retinal organoid differentiation, histology, flow cytometry and confocal microscopy
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, educated in a relevant subject area and have practical laboratory experience of antibody biology and antibody engineering. Experience of myeloid cell biology would be an advantage but is not critical. You
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cell biology and immunology techniques (cell culture, flow cytometry, immunological functional assays). Experience in single cell transcriptomics and systems biology approaches are also desirable. Fixed
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Phil Williamson developing methods to investigate how the cellular milieu influences the folding, structure and function of large molecular complexes including amyloid fibre structure and integral
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immune and tumour cells to elicit powerful anti-tumour responses, with the potential for a direct impact on clinical development. You will be motivated, educated in a relevant subject area and have
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psychology, neuropsychology, biology, medicine, or related fields and show evidence of working independently, excellent organisation skills, team-work abilities and writing skills. It would be an advantage
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collaboration between the University of Southampton's School of Chemistry and Optoelectronics Research Centre (ORC), the Rosalind Franklin Institute (RFI), and the Central Laser Facility (CLF) at the Rutherford
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, and Bell Labs in case you are looking to foster further collaborations and strengthen your network. You will also have an opportunity to join the International Centre for Spatial Computational Learning
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4MOST/TiDES international collaborations. As part of this work, you will have the opportunity to collaborate in exciting cutting-edge science designing the massive spectroscopic follow-up of optical