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fluid management, thermal management, fluid management (liquids and gases), imaging systems, image processing module. - Design and production of parts by 3D printing - Management of subcontracting: supply
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: Performing stereotaxic surgery on mice Setting up and conducting in vivo calcium imaging experiments Carrying out electrophysiological recordings with optogenetic stimulation Developing and implementing
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for processing imaging data. - In-depth knowledge of cell biology Operational skills - Mastery of sample preparation methods for super-resolution microscopy; - Mastery of fluorescence microscopy acquisition
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processing pipeline offering automatic interpretation of chemical images for clinical diagnostic applications. In the instrument under development, an infrared laser beam (2.9 µm) from an OPO is used to ablate
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biological systems. The research will involve: Development and optimization of AFM techniques for high-resolution imaging and mechanical characterization of biological samples. Integration of AFM with
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Infrastructure? No Offer Description Completing the characterization of the components (polycapillaries, X-ray tube, alignment device) of a LouComax prototype: MA-XRF coupled C-XRF Developing a C-XRF data
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Keywords Optogenetics, 2-photon activation, large scale electrophysiological recordings, mouse model Lab description Processing of auditory information in the brain is complex because information
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implantation, caudal vein injection of TRP, nuclear imaging techniques and post-treatment monitoring. - Handling radioactive materials in compliance with radiation safety guidelines - Collecting experimental
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morphogenesis in an integrated, multi-tissue context, addressing different scales -- from subcellular cytoskeletal processes to the whole organism. The candidate will benefit from exceptional access to cutting
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computer vision. The dominant approach is based on deep neural networks applied to RGB images. These models have disadvantages such as: a) the need of large quantities of annotated data, which requires