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for executing statistical and computational research activities focused on novel methods development for processing, segmentation, and trait extraction from 3D CT images of plant roots under the mentorship and
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the University. Perform protein expression in mammalian cells. Purify membrane proteins from mammalian cells. Collect and process cryo-EM datasets, build 3D models of membrane proteins. Present results
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on advanced membrane architectures, including 3D-printed structures and hollow fibers. • Contribute to the dissemination of project results through the preparation of technical reports, project deliverables
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deliver a prototype of a 3D-printed or casted bioactive stent with proven tissue compatibility and mechanical stability, paving the way for improved cardiovascular implants. The Opus LAP project includes
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research and to drive in vitro drug target and mechanistic discovery efforts using 3D triple culture system based on iPSCs. The cell lines will be derived from participants of the Flemish Cognitive Compass
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research and to drive in vitro drug target and mechanistic discovery efforts using 3D triple culture system based on iPSCs. The cell lines will be derived from participants of the Flemish Cognitive Compass
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, Skills, and Abilities Skills in computational fluid dynamics, geometric morphometrics or 3D shape analysis, and kinematics. Preferred Qualifications Strong backgrounds in vertebrate and functional
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releasing growth factors, chemotherapeutics and antibodies. These systems will be tested in vitro in a traditional 2D setting or, newly, in a semi-perfusion 3D system with preformed vasculature and
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both 2D and 3D models, for experimental studies. The ideal candidate will demonstrate a strong record of accomplishment in a relevant area of biomedical research, evidenced by first-author peer-reviewed
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, 2D and 3D echocardiography with scientific workstation, dynamic stress echocardiography, bicycle, treadmill and rowing ergometry, lactate and mobile blood gas analysis, spiroergometry, strength