Cell Models In Personalized Medicine


20 Sept.			16:00 - 17:30



YOUNGINNOVATION		HEALTH & NANOMEDICINE
THE STATE OF RESEARCH COMMUNICATED BY YOUNG RESEARCHERS
TT.IV - Technical Multi-Track with Parallel SYMPOSIA
Cell Models In Personalized Medicine
Co-organized with University Magna Graecia of Catanzaro and Sapienza University of Rome Chair: Christian CELIA, University 'Gabriele d'Annunzio' of Chieti
This session explores the crucial role of "Cellular Models in Personalized Medicine" in opening new horizons for tailored disease treatments. Through an in-depth perspective, the session provides an immersion into advanced cellular models and their growing significance in achieving the goal of personalized medicine. Cellular models are enabling customized medicine, allowing the assessment of individual therapeutic responses and the prediction of drug reactions. From three-dimensional organoids to patient-derived cell lines, the use of these sophisticated models is contributing to the creation of personalized treatment approaches. The session highlights how analyzing data from these cellular sources can drive targeted clinical decisions and enhance treatment effectiveness. However, we will also address the challenges of this approach, such as the need to translate data into individualized treatment protocols and the translation of research findings into clinical applications. The session invites participants to explore how the use of cellular models in personalized medicine is defining a new standard of care based on understanding individual specifics.
*The symposium is part of the Special Event SE.I*
TT.IV.F.1 SE.I.4.1	Introductive Keynote Bruno SARMENTO Universidade do Porto, Portugal Multicellular 3D vascularized cell models in translation of nanomedicines
TT.IV.F.2 SE.I.4.2	Edmondo BATTISTA - CV University of Chieti Advanced Material Platform Based on PEG-Microgels
TT.IV.F.3 SE.I.4.3	Greta POMANTI Sapienza University of Rome REPorter system for RNA-based therapy detecting apoptosis and cellular stress inORGanoid models - REP-ORG systems
TT.IV.F.4 SE.I.4.4	Antonella ESPOSITO Sapienza University of Rome A phenotypic switch in sensitivity to ferroptosis is observed in cancer stem cells enriched 3D cultures vs 2D cultures of primary lung adenocarcinoma cells
TT.IV.F.5 SE.I.4.5	Simona CAMERO - CV Sapienza University of Rome Personalized medicine in cancer treatment: preclinical evaluation of targeted therapies in innovative 3D tumor models