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, and knowledge engineering, with applications in knowledge capitalization, recommendation systems, and the design of narrative virtual environments. This PhD project aims to explore the use of Mixed
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superalloys with CMCs would eliminate the internal cooling currently required to use the former, reduce engine weight, and allow for increased temperatures for internal and external turbojet parts. Furthermore
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elements (e.g. transposable elements), and evolving quickly. The accessory chromosomes do not carry essential genes and are therefore evolving under a mixed regime of neutral and positive selection
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elongation. (i) The PhD student will use a fluorescent labelling system in place in the laboratory to track the consequences of DciA depletion on replication at the single-cell level using microscopy for data
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which do not backscatter. A given projection of the spin is locked to the propagation direction, theoretically preventing any backscattering. The topological protection manifests itself in
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to be achieved and the constraints of the problem. Problem: Traditional heuristic approaches of experts do not allow the exploration of non-intuitive process configurations, which are often more efficient
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treatment, becomes resistant to the action of certain antibiotics. Three major classes of antibiotics work against this bacterium but they do not prevent, under certain circumstances, the persistence
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approaches provide low-resolution mapping and do not distinguish between spliced and unspliced RNAs. To overcome these limitations, the project will use nanopore dRNA-seq, which allows mapping of modifications
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the molecular basis of BMP1 inhibition by PCPE2 and (ii) to use this knowledge to design an anti-fibrotic molecule capable of blocking collagen proteolytic maturation by BMP1. Methodology We will use systematic
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for manufacturing chiral metal nanoclusters of different sizes, metal compositions and degrees of chirality (intrinsic and induced). The main objective is to use the nanoclusters designed both as multiphoton imaging