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-modal optical microscopy methods, such as fluorescence based super-resolution microscopy and label-free optical diffraction tomography and quantitative phase microscopy. Another important aspect of
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environment and receive training in complementary experimental approaches in cellular and synaptic neuroscience. The project combines primary neuronal cultures, mouse models, advanced fluorescence imaging
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and their application using fluorescence lifetime imaging for elucidating membrane tension propagation in living cells. The successful candidate will be responsible for: Optimising imaging conditions
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Experience in handling of biological samples and image analysis. Raman spectroscopy, Raman microscopy or other forms of vibrational spectroscopy. Autofluorescence, fluorescence spectroscopy or fluorescence
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production and run custom computer algorithms for 3D image registration, fluorescent signal detection, cell/clone segmentation, and annotation. You will organize and maintain the rapidly expanding spatial
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of studying these artworks, and (c) to synthesize scientific findings to address art historical questions and preservation challenges. Use advanced imaging technologies and scientific methods to uncover
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imaging setups, XRF scanners, micro-XRF, and synchrotron XANES), as well as guidance at the intersection of paleontology, biology, and physical chemistry. Where to apply Website https://emploi.cnrs.fr
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, fluorescence and confocal microscopy projects. The Imaging Facility is planning to expand its service portfolio beyond the current eight instruments to include experimental planning and image analysis. This is
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. To overcome these obstacles, it is necessary to develop and apply multi-modal optical microscopy methods, such as fluorescence based super-resolution microscopy and label-free optical diffraction tomography and
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experience in the following areas is a plus: Previous experience in super-resolution microscopy Previous experience in the acquisition and analysis of in vivo fluorescence images Experience in advising