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via an interaction with the RIPK2 protein. (Fulda, Clin Cancer Res, 2015) The design of molecules that disrupt the XIAP/RIPK2 interaction could lead to the development of original and more selective
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languages (medieval and early modern Norman French and Occitan). Position Overview The researcher will contribute to the development of a semi-automated workflow for high-quality annotation of corpora in
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research (CaeSAR) supported by supported by the French government under the France 2030 initiative and by the Normandy region. The SMILEI project aims to develop a linear electrostatic ion beam trap allowing
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out the research and development activities corresponding to objective 4 of the POTION project, which aims to evaluate performance stability in order to mitigate the risks associated with climate change
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spectrometry. To do this, we develop cutting-edge, high-performance and robust analytical methods. All of these activities enable PRISMM to claim true originality on a national scale in the study of exposome
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engineer (IR) for a 12-month period, aims to develop a new generation of anticancer drugs called degraders (PROteolysis TArgeting Chimeras, PROTACs). These innovative molecules do not simply block a target