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, and how signaling pathways integrate with physical constraints to ensure an optimal balance between lipid storage and energy production. By combining quantitative biophysics, advanced imaging, and
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development of existing image and data analysis tools -performance characterization using various types of samples (calibration samples, model systems, biological samples and/or nanomaterials) -participation in
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fundamental mechanisms of secretion • Develop and implement advanced imaging and cell biology approaches • Analyse quantitative data and interpret results • Communicate findings within the team and at
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, and analysis of multicolor images. - Advanced optical microscopy (nanoscopy) - Image acquisition and analysis - Microfluidics - Fluorescent labeling protocol - Multimodal characterization
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to unravel the interconnection between biomolecular condensates and the surrounding cellular environment. By combining advanced imaging with innovative optogenetic approaches to manipulate organelle
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expertise in plant sciences, optical technologies, and data processing. The existing imaging Mueller polarimeter, which is sensitive to the microstructural properties of biological tissues, will serve as the
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-state and transient regimes. The objective of this post-doctoral project is to develop an experimental prototype of a wall resulting from topological and/or shape optimization to minimize thermal losses
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for the numerical simulation of high-frequency acoustic and electromagnetic waves is a longstanding open problem in computational mathematics. These waves underpin a plethora of communication and imaging technologies
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functional readouts using state-of-the-art imaging techniques (confocal and light-sheet microscopy) and metabolic analyses. This interdisciplinary project is part of the MetaOrgan consortium and aims
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- Experiments under X-ray tomography and image analysis (full fields measurements and microstructure characterisation) - mechanical characterisation testing The mission will take place at the 3SR laboratory