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will take place in the IHU the Liryc in Pessac in a brand new team of made of ingenierer and medical doctors working with ultrasound imaging for the cardiovascular system. The clinical research will be
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, CREATIS possesses all the necessary skills to optimize every step of the imaging process, from acquisition to image analysis to assisting medical diagnosis. Thanks to a long and close collaboration with
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Development of image transformation methods and dedicated metrics documenting the level of robustness and fairness (RAF) of self-supervised learned visual features in the context of specific medical and
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of the imaging process, from acquisition to image analysis and medical interpretation. Thanks to its long and close collaboration with hospitals, CREATIS is contributing to the development of the personalised and
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-Franzes G, Arasteh ST, Han T, Haarburger C, Schulze-Hagen M, et al. Medical Diffusion: Denoising Diffusion Probabilistic Models for 3D Medical Image Generation [Internet]. arXiv; 2023 [cité 21 déc 2023
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is to develop image analysis frameworks for investigating periodontal tissues with MOBI. Specifically, we aim to analyze hard and soft periodontal tissues in ex vivo human samples and in mouse models
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analysis, who is motivated to contribute to the advancement of interpretable methods for medical imaging. The activities of the recruited person will include: - Implementing spatio-temporal data analysis
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fiber photometry. -Live imaging on awake mice -Surgery (stereotaxic injections, optic fiber implantation) -Mouse behavioral testing -Data analysis/programming A 2-year postdoctoral scholar position
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(GML) techniques to enhance the representation and analysis of brain imaging data derived from Magnetic Resonance Imaging. The PhD candidate will have access to large datasets such as http
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the unit's researchers and their collaborators, helping them to develop solutions for image analysis. Projects will range from the design of image analysis workflows to the development of custom scripts/macros