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- MASARYK UNIVERSITY
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, where they develop scientific-research and educational activities. We specialize in consumer behavior, observing consumer behavior using modern neuromarketing tools, business logistics, and business
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one of the drivers of cellular transformation and cancer development. Tumor suppressor p53 prevents proliferation of cells with damaged DNA and eliminates them either by programmed cell death or by
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molecular biology technics. Furthermore, we developed a novel co-culture model inducing robust primary CLL cell proliferation (~50%) in vitro (Hoferkova et al, Leukemia, 2024). We aim to utilize this game
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cardiomyopathy. Due to the large size of full-length plectin, classical gene-replacement strategies are not feasible, necessitating alternative therapeutic approaches. This PhD project focuses on the development
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of the resulting uracils. Though SHM aims primarily to Ig loci frequent targeting of non-Ig loci was reported accentuating the role of SHM in lymphomagenesis. We developed a series of novel methods providing data
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MALIGNANCIES Annotation: Transcription factors (TFs) are important regulators of cell growth, development, and hematopoietic cell differentiation. Disrupting the mechanisms that are responsible for the proper
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expansion of selectively advantaged hematopoietic cells, support clonal evolution, and may contribute to malignant transformation. The dissertation focuses on understanding the molecular and genetic
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(or by agreement) Expected workload: 100 % (or by agreement) Job description: Leading a research team focused on the development of new methods for detection, separation and quantification of biochemically
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with information services. The focus of the position is on teaching, supervising final theses, and student development; it also includes collaboration on research, publications, and dissemination
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experimental evolution and study morphogenesis in C. elegans populations evolving in the lab. Importantly, our preliminary results show that this approach is feasible as we observed evolutionary adaptation