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Search Results Refine Search Search Prompt Popup mrs Actions List Popup Home Search Add To Add To Homepage Add To NavBar Add To Favorites ptnbsid=N5N2tN1kIyInl5dOsdG7NGXCOGk%3d NavBar My Preferences Sign
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to unravel the complexity of multimineral salt crystallization using cutting-edge experimental methods combined with advanced 3D imaging. Your research will provide fundamental insights into how multiple ions
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Advanced 3D Human-Relevant Models for Testing a 4D Injectable Hydrogel in Chronic Wound Regeneration
and validation of advanced 3D human-relevant models of chronic wounds to investigate and optimize the performance of an innovative 4D injectable hydrogel designed to promote tissue regeneration and
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targets enabling innovative cancer therapy strategies. Techniques: Live-confocal microscopy, super-resolution microscopy, 2D and 3D cell cultures, hydrogels of different stiffness, proximity biotinylation
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behavior and identify therapeutic leverage points Develop and characterize complex 3D patient- and iPSC-derived models Design, perform and interpret complex experiments; ensure high data quality and
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for use in labs and lecture demonstrations, including 3D printing, basic software development, and introductory-level circuit design, and consults with machinists in the production of custom-designed
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: 3D structural and molecular mechanistic analyses of PERIOD protein interactions in the mammalian circadian clock This PhD project aims to characterize the dynamically changing protein interactions