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microbiology. The effects of conductive additives on methane production in in vitro experiments will help identify putative electroactive microbial taxa. In addition, rumen microbial communities will be
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work with microbes, in vitro cell cultures, and human biofluids such as serum. We have a strong focus on mass spectrometry-based proteomics, which we routinely integrate with genomics data and phenotypic
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programme. Details of research projects currently being undertaken can be seen at: https://www.crick.ac.uk/vivian-li/ . Key Responsibilities In this project, some of the specific aims include but are not
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molecular interactions translate into macroscopic mechanical behaviors of condensates, both in vitro and in living cells. The successful candidate will lead optical tweezer microrheology experiments
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signaling assays, electrophysiology assays, and in vitro/in vivo ADME/PK evaluation Experience with computational drug discovery Key Responsibilities & Accountabilities Design, synthesize, and optimize
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techniques and assessments (e.g. rodent handling, surgery, injections, in vivo imaging). Experience with cell culture, and in vitro cell-based assays (e.g. tissue dissection, tissue processing, sectioning
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et malins. En utilisant des systèmes in vitro de différenciation plasmocytaire, des modèles murins (9) et des technologies moléculaires et cellulaires avancées (10), nous caractériserons les effets
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part of a team of scientists dedicated to the development of human in vitro models for the preclinical evaluation of candidate vaccines against various infectious diseases. Core activities will include
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subpopulation in vitro by potential therapeutic agents. Institut Cochin is a biomedical research center located in the center of Paris (22 rue Méchain),, 75014 Paris). It is affiliated to INSERM, CNRS and
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ciliées et assure la transduction mécano électrique. Un bruit excessif peut rompre ces liens, entraînant une perte temporaire de la fonction cellulaire. In vitro, les tip links se régénèrent en 24–48 h[4,5