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for the stereocontrolled synthesis of heterocycle rich atropisomers with a particular focus on generating new scaffolds for natural product synthesis and drug discovery. Funding Notes This project is for self funded
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to join our research program on the plasma-assisted development of advanced tissue engineering scaffolds. The project explores how cold plasmas can be used to tailor surface chemistry, surface morphology
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for Sustainable Futures. The project aims to develop a compact water-purification device aimed at using visible light to kill bacteria in water. The researcher will be responsible for synthesis of polymer scaffolds
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$15.30-24.50/hour Type of Position Staff Position Time Status Full-Time Required Education HS Click here for more information about equivalencies: https://hr.uky.edu/employment/working-uk/equivalencies
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, and work orders Considerable experience making cost estimates of labor and materials Considerable experience working in confined spaces and working from heights, ladders and scaffolding Considerable
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ideal condition to support 3D cell growth via cell-microgel scaffold formation and additive manufacturing. This highly interdisciplinary position will cover material synthesis, microgel production via
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. The Research Unit Plasma Technology (RUPT) at Ghent University is seeking a highly motivated PhD candidate to join our research program on the plasma-assisted development of advanced tissue engineering scaffolds
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George Emil Palade University of Medicine, Pharmacy, Science, and Technology of Târgu Mureș | Romania | about 1 month ago
for biomaterials, implants and devices Advanced 3D printing and bioprinting of scaffolds and implants Intelligent (smart) implants and implantable sensors Translational, regulatory and ethical aspects in preclinical
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pathways. Facilitators provide intentional instruction, scaffold learning to build confidence and independence, and help students strengthen core academic skills while developing effective study habits
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molecules using site-specific conjugation strategies. - Development of DNA origami scaffolds to spatially organize and orient proteins for structural studies by single-particle Cryo-Electron Microscopy