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networks in Europe, which provides companies with attractive, complete and competitive technologies combining science and business. The Institute conducts scientific research, development and implementation
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development activities in line with the scope of the project, independently carrying out laboratory work using human biological material and molecular biology techniques, optimising and validating DNA library
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to develop new future types of immunotherapies. Our main area of interest is the regulation of immune response loci, such as interferon-stimulated genes (ISGs). In our research, we use techniques of chromatin
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entitled: “Metal-organic frameworks for efficient carbon dioxide capture from water”. The project aims to develop functional metal-organic framework (MOF) materials and MOF-based composites with controlled
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and their analogues; ▪ To purify synthesized compounds and perform their complete structural and analytical characterization; ▪ To prepare and manage compound stocks, reference materials, analytical
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regions in IGH enhancers critical for lymphoma cell growth and confirmed transcription of enhancer RNAs (eRNA) from these regions in cell lines and patients. The goal of this project is to develop a novel
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The main objective of the project is to develop novel, interpretable predictive models for response to immunotherapy in patients with advanced melanoma, based on the functional activity of gut fungi
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, University of Warsaw. Remuneration: 140 000,00 gross, gross. We offer opportunities for professional development and work in an interdisciplinary research team. During the period of employment
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evolution of synanthropism. All such studies will largely benefit from this project’s results. Modern mammal-focused isotopic ecology will benefit as well, as it utilizes the same modeling methods. We can see