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and analysis of physicochemical and functional properties of biopolymer materials (hydrogels, coatings, microcapsules); using physicochemical and structural analysis techniques (including HPLC, FTIR
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from specific, rather spatially restricted, groups of photoreceptors (receptive fields). In addition, the structure and function of retinal neuronal circuits are fairly well understood, and optical
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on two natural and non-toxic polymers, curdlan and whey protein isolate (WPI), using electrospinning. The resulting biomaterials are expected to have a new composition and structure, demonstrate mechanical
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of this project will broaden our understanding of human visual perception, provide deeper insight into how pulsed laser light interacts with the living eye, and supply the essential data required for future
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be processed on the legal basis of Article 6, Section 1, Paragraph f of the GDPR. Access to personal data within the Administrator's organizational structure shall be granted only to the employees
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financed by the Foundation for Polish Science (FNP). The selected candidate will study the molecular mechanisms responsible for the interactions of pancreatic endothelial cells with developing human beta
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- engaged in constant interactions with proteins, other RNAs, and the ribosome - until its inevitable degradation. How do these events coordinate in time and space? Why do some RNAs survive while others
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of intermediates, and preparation of reagents and solvents for synthesis processes. Characterization of liquid crystalline properties of synthesized organic materials. Chemical purity and structural analysis
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or equivalent Skills/Qualifications As a Postdoctoral Researcher: You will be responsible for establishing and optimizing assays to capture enhancer-promoter interactions (e.g., 4C, Hi-ChIP) and to analyze