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of Pharmacology. The Howarth group have broad interests, including synthetic biology, biotechnology and entrepreneurship (www.howarthgroup.org ). The project relates to engineering a protein superglue to enhance
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horticultural/technical assistance and will be able to collaborate with postdocs studying other aspects of plant-microbe interactions, plant cell biology and plant development. You will also benefit from
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immunology and molecular biology to understand molecular mechanisms of immunity and immune suppression in cancer and inflammation. This research aims to uncover novel molecular and cellular mechanisms
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between cell biology and molecular neuroscience. We employ integrated experimental approaches, combining cutting-edge microscopy, biochemistry, omics, and iPSC-derived cell models to understand organelle
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to a wide range of training opportunities, including state-of-the-art 3D in vitro Epithelioid cultures, live imaging using confocal microscopy, DNA isolation, molecular and radiation biology, and
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-doctoral researcher and a PhD student with whom they will carry out longitudinal studies using innovative behavioural procedures combined with pharmacology, molecular biology and circuit neuroscience