Her thesis, entitled “An Embedded Bioprinting Platform to Guide the Fusion, Phenotype and Remodelling of Microtissues to Engineer Anisotropic Musculoskeletal Tissue,” explores the development of a novel embedded bioprinting platform designed to direct the fusion of microtissues and ultimately engineer anisotropic musculoskeletal tissues. Her work investigates key factors required for the successful bioprinting of microtissues, including the role of microtissue maturation prior to printing and critical parameters that influence printability. The thesis also examines how the stiffness of the surrounding environment impacts microtissue phenotype and maturation following printing, providing important insights for the development of more functional musculoskeletal tissue constructs. We were also pleased to host her external examiner, Adam Feinberg, who delivered an excellent seminar during his visit. We congratulate Francesca on this achievement and wish her the very best for her future career.
🏅 17 researchers from @tcddublin School of Engineering have been ranked among the top 2% scientists globally by Elsevier & Stanford University! 🌍 Huge congratulations to our world-class innovators! Read more here: https://t.co/FUKd5hK95I #EngineeringExcellence #TrinityResearch https://t.co/VGwlHw8hxG (https://x.com/tcdengineering/status/1846191933502210143?t=I-mwFVYG7b2lZfGuKPrqDw&s=03)
Professor Daniel Kelly and PhD students Max, Catarina and Thibault attended the workshop on additive biofabrication in Madrid in Sep 2024.
28 newly elected Members were officially admitted to the Academy on 21 May 2024, for their exceptional contributions to the sciences, humanities and social sciences, as well as to public service. https://www.ria.ie/news/membership/admittance-day-2024
https://www.irishtimes.com/science/2024/02/22/aim-of-next-generation-biomaterials-is-to-train-human-tissue-to-heal-itself/?s=09
Learn more: https://x.com/AdvSciNews/status/1752708547480092894?s=20