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- MASARYK UNIVERSITY
- Institute of Molecular Genetics of the Czech Academy of Sciences
- Czech Technical University in Prague
- Charles University, Faculty of Mathematics and Physics
- Institute of Physiology of the Czech Academy of Sciences
- Masaryk University – Faculty of Medicine
- VSB - Technical University of Ostrava
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Field
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Lymphoid-myeloid crosstalk and cooperation are essential for host protection against infection. Involving multiple signaling pathways, this communication is thought to involve sensing of infection by myeloid
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interactions. An example may include an outdoor autonomous ground robot that needs to be aware of its model and how the terrain will interact with it when a control sequence is executed. A flying robot may
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well as the candidate's skills and experience · Access to state-of-the-art laboratory facilities and resources (e.g. sequencing, imaging, animal facilities) · Opportunity to collaborate with diverse international
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position We invite outstanding researchers currently based outside the Czech Republic to establish a research group at CEITEC MU with the support of the TAČR Industrial Chair call. If your expertise aligns
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position We invite outstanding researchers currently based outside the Czech Republic to establish a research group at CEITEC MU with the support of the TAČR Industrial Chair call. If your expertise aligns
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fluorescence live imaging, and 3) conduct a genetic characterization of evolving populations by performing whole genome sequencing. Altogether, this interdisciplinary approach links genomic analysis and
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This research involves mouse studies (surgery and adoptive cell transfer), wet-lab techniques (cell culture, flow cytometry and imaging), and analysis of sequencing and spatial data. The candidate is expected
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with Western blot analysis is considered an advantage. Bioinformatics skills, including basic data processing, statistical analysis, or work with high-throughput or sequencing data, are highly welcome
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, complete analysis of any such problems still remains a challenge. Another area of wide application for moving-fronts algorithms is the simulation of porous-media flow of multiple phases and their transitions
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environments, subjected to extreme radiation doses due to high collision rates and large particle multiplicities. There is significant interest in developing advanced scintillator technologies with enhanced