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education to enable regions to expand quickly and sustainably. In fact, the future is made here. The Department of Chemistry seeks a postdoctoral researcher who will work in the field of in situ structural
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across environmental contexts, potentially leading to markedly different functional outcomes for host plants. Determining the extent, structure, and consequences of this phenotypic plasticity is an
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, and the social and labour market effects of rapid structural change. The doctoral thesis should consist of at least two of the following sub-studies: Tensions in multi-level governance and the need
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and structural resolution Protein purification and synthesis of model membranes Biophysical analysis of interactions between proteins and lipid membranes using Q-CMD analysis Qualifications To be
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principles (e.g., transcription, translation, post-translational regulation) and molecular biology techniques (e.g., growth of any model species, DNA/RNA extraction, and vector construction) Knowledge
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team player with the following personal skills: Ability to work in an organized and structured manner Reliability Ability to act proactively and take responsibility for their project Independent and self
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to work in a structured and methodical manner Eligibility A person who has been awarded a doctorate in a subject relevant to the position, or a foreign qualification deemed to be the equivalent of a
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initially symmetrical structures transform into complex and specialized forms. This process is essential for the development of multicellular organisms and plays a key role in shaping the remarkable diversity
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, and social structures. The specialization centers on human beings as cultural agents and employs a broad range of methods—such as historical, textual-analytical, linguistic, ethnographic, and other
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loop/TAD structures. - Perform comparative analyses versus Populus tremula; apply network modelling and machine learning for regulatory inference. - Functional validation of candidate TE‑CREs in spruce