102 algorithm-development-"Multiple"-"Prof" Postdoctoral positions at University of Oxford
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understand drug targets and antimicrobial resistance (AMR) in Mycobacteria. MOLECULAR/COMPUTATIONAL MICROBIOLOGIST/BIOCHEMIST (Postdoctoral Research Associate) The successful candidate will develop and apply
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(central Oxford and Begbroke Science Park). The post is funded by BBSRC and is fixed-term for 33 months in the first instance. The project focuses on developing an artificial photosynthetic platform
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an interdisciplinary team. Experience in software development and application to automated instruments or robotics would be advantageous. Informal enquiries may be addressed to Harrison Steel (email: harrison.steel
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an ambitious, motivated, and hard-working Postdoctoral Research Associate to join Dr Antoni Wrobel’s lab. Our small research team investigates molecular mechanisms underlying viral evolution and host changes
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associated with the research group of Professor Christopher Yau based in the Big Data Institute at the University of Oxford. The role will involve developing novel artificial intelligence (AI)-based methods
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. The scale of these assays will be large, and this post will require excellent organization and planning skills. Previous experience with qPCR , flow cytometry and experimental evolution would also be
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challenges, from reducing our carbon emissions to developing vaccines during a pandemic. The Department of Psychiatry is based on the Warneford Hospital site in Oxford – a friendly, welcoming place of work
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learning, at the intersection of reinforcement learning, deep learning and computer vision, in order to train effective robotic agents in simulation. You should hold a relevant PhD/DPhil (or near completion
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advanced functional genomics, transcriptomics, and proteomics approaches, you will develop novel therapeutic strategies for cancer immunotherapy. You will be responsible for managing your own academic
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relevant assays to interrogate dysregulation induced in iPS-neurons by exposure to material from Alzheimer’s brains. You will develop an iPS-neuronal-microglial co-culture screening platform that can assess