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, and modification of 2D materials, advanced structural and electrochemical characterization, catalytic performance evaluation, and contribution to high-impact scientific publications and international
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analysis methods; • Proficiency in English sufficient for reading scientific literature and communicating in an international environment; • Commitment to research work, critical thinking skills, and the
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. The project involves the analysis of proton-proton collision data at 4.5 GeV collected using the HADES experiment, located at the GSI facility. These studies will enable testing of CP symmetry in rare meson
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investigate whether neutrophils can be targeted to enhance immunotherapy efficacy. Current research on neutrophil function in cancer relies heavily on mouse models, which may not accurately reflect human
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analysis (preferably using HPLC technique) of the products of chemical synthesis and the use of enzymes as catalysts for chemical synthesis. Experience in preparing of samples for analysis will be an added
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other software for nonlinear analysis of structures; the ability to use a programming environment (e.g., Python) will be an additional advantage; • Documented active participation in national and
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expertise in neuroscience, cell biology techniques including culturing neurons, complex data analysis and work with rodents. Experience with drug-screens design is a plus. Is curious about mechanisms of brain
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Chemistry » Heterogeneous catalysis Chemistry » Instrumental analysis Chemistry » Instrumental techniques Chemistry » Physical chemistry Researcher Profile Recognised Researcher (R2) Positions Postdoc
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reporting experiments in the areas of translational biotechnology and immunobiology. Advanced laboratory work with biological material (tissues, cells). Participation in projects related to biomarker
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transport models, including running these models on a computing cluster. The work involves using models such as FLEXPART and other models of similar purpose. The person employed in this position will