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molecular biology. The successful candidate will join the research group led by Dr. Helen Eachus, a new independent investigator at Aston University. The lab's research focuses on understanding how stress
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and stem cell biology. The study investigates how APOE4 expression in endothelial cells affects oligodendrocyte progenitor cells (OPCs), using iPSC-derived 3D co-culture models. This work aims to
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multidisciplinary research in bioinspired membranes, computational membrane science, structural biology, and sustainable polymers. We are seeking candidates with a first degree in Chemical Engineering, Biochemical
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candidate will have completed a PhD or a PhD near completion in cell biology, bioengineering, bioscience, molecular biology or a related field. Candidates should have extensive experience of working with
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biology, or a related discipline that has experience in drug formulation and delivery systems, particularly nanoparticles and microneedle patches, proficiency in molecular biology techniques (e.g., Western
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on the properties of the molecules, sometimes up to a dozen. However, biology has evolved a solution to this, developing proteins that sit within membranes to selectively transport a specific molecule across it
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on the properties of the molecules, sometimes up to a dozen. However, biology has evolved a solution to this, developing proteins that sit within membranes to selectively transport a specific molecule across it
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on the properties of the molecules, sometimes up to a dozen. However, biology has evolved a solution to this, developing proteins that sit within membranes to selectively transport a specific molecule across it
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The newly established Aston Institute for Membrane Excellence (AIME) is a unique, interdisciplinary, intersectoral research and training hub for translational membrane science. AIME is supported by the Research England (RE) Expanding Excellence in England (E3) Award and, in conjunction with the...
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opportunity to contribute to ground breaking research aimed at uncovering novel therapeutic targets for Alzheimer’s disease, working at the intersection of experimental biology and computational modelling. What