Bridging the gap: 3D and advanced models for nanomedicine and tissue regeneration


16 Sept.			14:00 - 15:30

ROOM 17

HEALTH & NANOMEDICINE

ADDITIVE & 3D MANUFACTURING
TT.III - Technical Parallel Track Sessions
Bridging the gap: 3D and advanced models for nanomedicine and tissue regeneration
Co-organised with University of Magna Graecia Chairs: Laura CATENACCI & Michela SORRENTI, University of Pavia
This session will explore the integration of advanced experimental models and nanotechnology to bridge the gap between fundamental research and biomedical applications. Particular attention will be given to innovative in vitro and preclinical models, advanced delivery platforms, and emerging approaches for studying biological interactions, tissue regeneration, and therapeutic responses. The session will highlight how physiologically relevant models can support the development, evaluation, and translation of novel nanomedicine-based strategies.
The symposium is part of FE.I
TT.III.G.1 FE.I.6.1	Sara PERTEGHELLA, University of Pavia, Department of Drug Sciences In vitro models for nose-to-brain delivery studies applied to nanoformulations Virginie SOTTILE - CV, University of Pavia, Department of Molecular Medicine Preclinical models of stem cell differentiation and tissue formation
TT.III.G.2 FE.I.6.2	Edoardo BERTANIA - CV University of Piemonte Orientale One platform, multiple carriers: microfluidics for nanoparticle- and vesicle-based drug delivery
TT.III.G.3 FE.I.6.3	Sofia BELLIA - CV University of Palermo Nanomedicine for brain drug delivery: from design to microfluidic and 3D neurospheroid models
TT.III.G.4 FE.I.6.4	Rachele ROSSI - CV University of Pavia Nucleic acid-loaded lipid nanoparticles optimization and interaction with biological substrates
TT.III.G.5 FE.I.6.5	Federica TIBERIO - CV Università Cattolica del Sacro Cuore Nano-ink–mediated RNA therapy for non-invasive treatment of craniofacial disorders