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Field
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currently being developed in the laboratory (TRL3 to TRL5), (ii) manufacturing the new version of the device in a clean room and (iii) testing it in cell culture laboratory to define the efficacy of new
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chemoresistance, and testing their applications in vitro and in cell cultures. Organic synthesis. Absorbance and fluorescence spectroscopy. Biochemical studies (electrophoresis gels, enzymatic assays). Cell culture
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) Experience in biological evaluation of biomolecules (e.g., Western Blot) and cell culture is a significant advantage. 4) Prior experience in chemical biology and targeted protein degradation is a plus. 5
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the values that lead to plausible results compared to real movements. The activities planned to fulfill the missions are as follows: • mobilizing movement databases, such as Movebank, to extract and prepare
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on: Characterizing the CIC::DUX4 interactions using advanced biochemical and cell biology techniques. Deciphering the downstream signaling pathways affected by these interactions. Validating small molecules to inhibit
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without causing cell death. Characterize cellular responses using functional assays: migration, proliferation, barrier function, angiogenesis. Analyze tissue and matrix modifications using histological
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Research Framework Programme? Horizon 2020 Is the Job related to staff position within a Research Infrastructure? No Offer Description The candidate will take advantage of a live-cell microscopy method
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: Electrospinning, for example Cell culture Motivation to solve scientific problems Ability to read and communicate in English. Excellent writing and summarizing skills. Experience in biomedical adhesives would be a
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, www.tinyurl.com/parhyale1 ). • Generate fluorescent markers for the various cell types that constitute the leg's sensory organs, including neurons, setae, support cells and glia. • Use long-term live imaging and
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Contribution to the development of microcell-based optical clocks at FEMTO-ST. Contribution to the progress/improvement of microfabricated vapor cell technology and/or clock frequency metrological performances