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- University of Warsaw
- Institute of Physical Chemistry, Polish Academy of Sciences
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- Institute of Bioorganic Chemistry Polish Academy of Sciences
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- Nencki Institute of Experimental Biology PAS
- Polish Academy of Sciences, Institute of Medical Biology
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Field
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the mechanisms and develop innovative therapies and diagnostic methods for cancer, diabetes, neurodegenerative diseases, neurological disorders and other civilization diseases. In addition to basic biological
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internationally recognized science. Expert training in varied plant molecular and cell biology techniques including advanced live imaging. Professional development within Intercollegiate Biotechnology Doctoral
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, and developmental biology. You will work in the field of plant endomembrane system and use Arabidopsis thaliana as model. You will investigate the molecular mechanism of function and evolution
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opportunities not only to understand the biology of RIPs, but also, by development of tools, to control toxic proteins inside the cell, which will pave the way for development of new and safe RIP-based anti-viral
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of 2018, item 1668, as amended). 2. Experience in molecular biology techniques. 3. Interest in developing own skills and teamwork ability. 4. Good command of English enabling efficient communication and
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motivation and independence in solving scientific problems. In the project the candidate will use and develop methods of electronic structure and/or quantum scattering theory to investigate properties of novel
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cell physiology and their response to selected chemotherapeutics. Implementation of the planned project will enable the candidate to develop a unique set of skills in the area of pathology, cell
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in the project “Developing new approaches and structural materials to rebuild damaged Ukrainian infrastructure with environmental sustainability considerations“ funded by the Polish National Science
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project is aimed at advancing the fundamental knowledge of the synthesis and structure of homoleptic and heteroleptic metal-TEMPO complexes and their utilization to develop new reaction systems. Specific
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project is aimed at advancing the fundamental knowledge of the synthesis and structure of homoleptic and heteroleptic metal-TEMPO complexes and their utilization to develop new reaction systems. Specific