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Field
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joint aim of the project is to gain insight into the comparative effects of human brain connectome organization and the integration of this data with recent functional and structural connectome properties
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systematic approach structured and goal-oriented thinking capacity to familiarise yourself quickly with new topics creativity and openness to new approaches reliability, engagement, and a high level of
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and mobile genetic elements in waterways. High-throughput sequencing approaches such as metagenomic sequencing will be used to study the microbial community structure, resistome diversity, and potential
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motivation and curiosity • Ability to work in an interdisciplinary team • Structured and independent way of working • Experience in high-resolution fluorescence microscopy and microfluidics • Practical
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tasks will include to: develop, evolve, and apply simple NMR methods for structure determinations in complex reaction mixtures and the mapping of reaction pathways, apply the methods to the discovery and
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learning. The second year completes this preparation, offering a view toward applications and providing advanced, research-oriented courses, also taught by visiting professors. The program is structured
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priority Project Scope The core scope involves the design, construction, and commissioning of a novel two-stage continuous fluidized bed reactor system capable of 5 kg/h feed capacity, a development that is
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some familiarity with garment or textile construction, digital design (e.g., CAD, CLO3D, Rhino, or similar), and user-centred design approaches. Be motivated to engage directly with disabled participants
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state-of-the-art facilities and a strong administrative and technical support structure. The institute maintains close collaboration with other departments and centers at SDU, as well as with industry
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ecological resilience and community wellbeing. You will quantify how spatial patterns, network structure and environmental context influence the capacity of blue spaces to provide co-benefits such as