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of Pathology. This project will explore the fundamental principles and diversity of kinase reprogramming as well as how the activity of SteE works with other effectors to underpin Salmonella pathogenesis
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development as the basis for fabricating the device in the Heriot-Watt cleanroom, to measuring and benchmarking the system’s performance. This project is the start of an exciting new research direction in a
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industrial partners. You’ll also be an active member of the thriving academic community at Imperial College and the Centre for Environmental Policy, with opportunities to participate in seminars, receive
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participation in research, teaching & administration, which means: You develop an independent research profile. You contribute to research projects and scientific studies. You publish internationally and give
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. These post-doctoral positions are focused on the plant pathogenic fungi, Bipolaris sorokiniana, Parastagonospora nodorum and Pyrenophora tritici-repentis that all carry the fungal virulence gene ToxA
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advanced next-generation sequencing techniques. There is also a project management component. Importantly they will liaise with the tissue bank and surgical team to facilitate the collection and processing
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, characterisation and modelling to study and generate a new understanding of MoSS. These advances will have applications across multiple sectors, including pharmaceuticals, agrochemicals, and food industries
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growing company who develop surgical instrument cleaning systems. This will be a great opportunity for experience working with industry colleagues, expanding Tiny Air’s capabilities through incorporating
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for Artificial Intelligence (FCAI), ELLIS Institute Finland, and Aalto University House of AI, invites applications for multiple postdoctoral positions. Our team works actively to develop intelligent robotic
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nanocomposites ¿ Manufacture prototypes using the new materials and evaluate their performance ¿ Investigate science underlying the material functions and processes ¿ Work with internal and