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- Nencki Institute of Experimental Biology
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in mouse xenograft models. Results of our project will indicate novel therapeutic opportunities for treatment of B-cell lymphomas. Our strategy will universally target IGH translocations, regardless
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–massive-black-hole systems and assessing their detectability with LISA and electromagnetic observatories; connecting theoretical models to observed classes of high-energy sources and transients, such as
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research on the use of lipid-based carriers and assessing their effects on model and biological cell membranes Selection process Required documents: Curriculum Vitae (CV); Cover letter; Two reference letters
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. Single-cell multi-omics and flow cytometry technologies will allow us to dissect the impacts of TNFR2 perturbations on CLL. Human CLL cell lines, experimental mouse model and primary human materials
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The International Institute of Molecular Mechanisms and Machines Polish Academy of Sciences | Poland | about 1 month ago
genome-wide analyses will be prioritized for mechanistic validation using molecular, cellular, and functional approaches in relevant mammalian cell models. As the project develops, the successful candidate
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18 Jun 2026 Job Information Organisation/Company International Institute of Molecular and Cell Biology in Warsaw Research Field Biological sciences » Biology Researcher Profile Established
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endothelial cell layer. A bioactive surface will be incorporated to enhance the interaction between the stent and surrounding tissue, improving long-term performance. The work will involve advanced material
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cell lines used in this screening present differential sensitivity to the tested compounds, which reflects the aforementioned heterogeneity of GBM involving, among others, divergent response to treatment
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, together with proven expertise in the independent design and execution of advanced experimental studies in translational biology, cell biology, molecular biology, and biochemistry. - Knowledge and experience
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/ Wrocław University of Science and Technology Project: Bioelectrochemically assisted synthesis of biosurfactants - towards a new energy neutral biosynthesis process, NCN OPUS 27 nr UMO-2024/53/B/NZ9/04160