| 21 Sept. |  |
14:00 - 15:30 | ||
| TT.VII - Technical Multi-Track with Parallel SYMPOSIA | |||||||
| Innovative Nanotechnological Approaches for Regenerative Medicine | |||||||
| Co-organized with Distretto Sicilia Micro-nano Sistemi, University of Messina, CNR-IPCB & CNR-ISMN Chairs: Sabrina CONOCI, University of Messina - Luigi AMBROSIO, CNR-IPCB & Alek DEDIU, CNR-ISMN |
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| Regenerative Medicine represents one of the most promising routes in health sciences aiming at the repair and regeneration of biological tissues and functions that have been damaged by diseases, trauma, or congenital issues. The field advances in a truly multidisciplinary approach by combining such research fields as material science, stem cell biology, cell signaling, 3D printing and many others. The regenerative medicine has the potential to provide disruptive solutions for multiple unmet need in the clinical practice, promoting in parallel key advances in many scientific and technological areas such us Tissue Engineering, Cellular Therapies, Medical Devices and Artificial Organs. In this context, the nanotechnology plays a fundamental role in the development of new smart materials and biosystems as basic elements for regenerative and therapeutic activities, focusing on various processes such as the dynamic microenvironment modulation of cells, delivering of drugs, cell differentiation, proliferation and organization in many applicative fields such as those for the bone, vascular, heart, cartilage, bladder, brain tissue, cancer and even nervous system. In this Special Session an overview of the most innovative approaches used in regenerative medicine will be presented. | |||||||
| TT.VII.A.1 | Gianluca VADALÀ Campus Bio-Medico University Hospital Foundation Cell therapy for spine |
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| TT.VII.A.2 | Valentina BENFENATI CNR-ISOF Brain |
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| TT.VII.A.3 | Maria Grazia RAUCCI CNR-IPCB Theragenerative 2D materials for cancer |
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| TT.VII.A.4 | Domenico FRANCO University of Messina Ag-graphene Ti functionalised Bioscaffolds: Antibacterial and bone regeneration properties |
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