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the plant-to-collagen isotope fractionation; and to depict the complexity of the carbon and nitrogen isotopic flux within a plant-to-herbivore trophic network, where the Białowieża Forest is an actualistic
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models) to address key social issues. ● the chance to present your work at leading academic conferences, expand your professional network and submit your work to top academic journals. ● access to a wide
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the spliceosome, one of the most complex cellular machineries, is dynamically regulated in Caenorhabditis elegans germ stem cells (GSCs) and how changes in its composition influence cell fate decisions. The project
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structures of spliceosomes captured at different stages of the process is now available, these structures show a remarkably static view of the RNA core of the complex. The proposed project will attempt to fill
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The International Institute of Molecular Mechanisms and Machines Polish Academy of Sciences | Poland | about 2 months ago
CtBP-mediated transcriptional repression and reorganizes transcriptional corepressor complexes. By integrating molecular biology, cell biology, quantitative microscopy, biochemistry, proteomics, and
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findings at national and international conferences; cooperating with foreign academic institutions, building international research networks, and conducting joint research projects; analysing financial and
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power electronics, as well as perform the entrusted didactic and organizational tasks, demonstrating independence, creativity, communicativeness, the ability to organize work and solve complex problems
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the area of: numerical modelling of thermal-hydraulic phenomena in a complex thermodynamic systems (e.g. positive displacement machines, high-temperature reactors) numerical analyses using Computational
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(Białowieża Forest) will be used to refine the methodology: establishing the variability in plants and in herbivores; understanding the plant-to-collagen isotope fractionation; and to depict the complexity