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Science, Signal and Image Processing, Computer Vision, Geomatics, or a related field, with skills in: -Python and/or C++ programming; -Image processing, 3D geometry, or computer vision; -Processing and analysis
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investigating the evolution of locomotion in the crocodile lineage. The work will involve analyses of locomotor morphology (e.g., 3D imaging; morphometrics; phylogenetic character mapping; vertebrate
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intended to replace the animals and cadavers currently used for these training purposes. Furthermore, the combined use of imaging techniques, image analysis, formulation, and liquid-based 3D extrusion
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Bigo-Simon (specialist in self-assembly, image processing and 3D structural reconstruction), Marc Schmutz (expert in cryo-TEM) and Jérôme Combet (specialist in X-ray diffraction). The postdoctoral
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: 1) development of live imaging protocols for lattice lightsheet microscopy and 3D image analysis to understand how membrane dynamics and cell shape are regulated by paxillin phosphorylation, 2
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of image analysis, e.g. Fiji/ImageJ; • experience in molecular biology techniques or an interest in 3D models, biofabrication, and biomedical engineering. WE OFFER: • a scholarship of PLN 2,500 gross per
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 7 hours ago
) project focused on developing devices for detection of misfolded proteins. The Research Assistant will assist with the design, fabrication, assembly, and testing of prototype devices. This position is
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will involve 3D anatomical imaging using scan data from both extant and extinct crocodiles (fossils), as well as in vivo (non-invasive) and ex vivo (donated cadaver tissue) empirical data collection
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investigating the evolution of locomotion in the crocodile lineage. The work will involve 3D anatomical imaging with scan data of extant and extinct crocodiles, in vivo (non-invasive) and ex vivo (donated cadaver
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carried out at the European Synchrotron Research Facilities (ESRF, Grenoble), i.e., for mechanical tests with 3D in situ imaging using the X-ray tomographs of the BM05 beamline. Where to apply Website https