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- Faculty of Science, Charles University
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' final theses developing educational, scientific-research, and creative activities in the field actively seeking, preparing, and participating in research projects and grants and contractual research
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creative activities in the given area actively participating in solving research projects and grants publishing results of scientific-research activities in professional journals and at conferences and
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effectively, proactive problem-solving approach, and creativity Ability to work both independently and as part of a team Strong analytical and conceptual thinking skills Good knowledge of MS Office (Outlook
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skills as well as the ability of creative thinking to solve complex scientific problems. Emphasis is placed on developing the ability to work in an international team and establish international contacts
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. Annotation: Protein-DNA interactions are critical in cellular processes and genetic instability-related conditions, particularly involving G-quadruplexes (G4) and their complementary C-rich sequences (i-Motif
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contexts; understand the nature of natural and social risks; be able to draw synthesising conclusions about landscape change and the evolution of interactions society-nature. Is prepared to work in academic
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arthropods at the level of cellular and molecular organisms and their interactions with hosts. Mechanisms of pathogenicity, functional morphology and biochemistry of parasites, Mechanisms of action
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skills, attention to detail, ability to manage multiple tasks simultaneously, prioritize effectively, proactive problem-solving approach, and creativity Ability to work both independently and as part of a
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, of the Faculty of Medicine in Pilsen of Charles University announces a selection procedure for the following position with submission deadline February 24, 2026 Creative activity: Independent solution of complex
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achieved 1) biochemically, via networks of interacting polarity proteins, 2) mechanically, via active transport of components from one side of the cell to another, or 3) mechanochemically, by the integration