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the two positions. About the project: Plant pollen and nectar are highly important food resources for bee pollinators. The chemical composition of these resources plays a major role in determining which
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systems. These contracts have two desired features: they should i) be capable of expressing rich specifications; and ii) come equipped with a theory of compositional analysis that allows for translating
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equipped with a theory of compositional analysis that allows for translating component-level specifications to system-level specifications. This PhD position will focus on the use of contracts
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lies in both its composition and its working methodology. On the first point, the committee is made up exclusively of AMU academics who are experts in issues relating to decision-making processes in
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capable of expressing rich specifications; and ii) come equipped with a theory of compositional analysis that allows for translating component-level specifications to system-level specifications. This PhD
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tools to predict the functional specificity of Carbohydrate Active Enzymes (CAZymes) and proteases. The overall goal is to enhance our understanding of seed carbohydrate content and composition, and to
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of these mutations are hardly known so far. Therefore, understanding the cell type-specific composition and function of these complexes in the development of the brain as well as the cellular changes caused by
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frequent exchange between the two positions. Project description Plant pollen and nectar are highly important food resources for bee pollinators. The chemical composition of these resources plays a major
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in species diversity, biomass, community and functional composition of invertebrate communities in soils, marine and freshwater sediments, and aboveground (flying insects), as well as their respective
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future through materials science. Read more: https://wise-materials.org Subject description Engineering Materials includes the field of material composition, structure, properties and production