8 structural-"https:"-"https:"-"CEA-Saclay" Fellowship positions at University of Nottingham
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reporters; advanced imaging and quantitative phenotyping to resolve root structure and cellular responses at high spatial resolution; and transcriptomic and chromatin-based approaches to identify regulatory
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role will contribute to on-going research focused on examining soil–structure interface behaviour. The work will explore fundamental interface behaviour, with particular relevance to granular mechanics
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. Working closely with the research team, you will recruit participants through community networks, conduct semi-structured interviews, support transcription and qualitative analysis, and help prepare case
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enabler for surgical treatments. The role will primarily involve construction and evaluation of hardware, data collection, data analysis and writing scientific papers/reports. In addition, there will be
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therefore the importance of providing opportunities, structured support and encouragement to engage in professional development each year. What we offer · A friendly, diverse, and supportive working
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reporters; advanced imaging and quantitative phenotyping to resolve root structure and cellular responses at high spatial resolution; and transcriptomic and chromatin-based approaches to identify regulatory
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create and submit innovative research development proposals and funding bids. The successful candidate will have significant prior experience of: • Knowledge of protein structure and engineering
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stages of virus life cycle. Inspired by TG, we recently created a library (> 180) of second-generation semi-synthetic antivirals that can be structurally categorised into different compound families