Natural, artificial and synthetic nanovesicles

16 SEPTEMBER 09:00 - 10:30

TT.I - Technical Multi-Track with Parallel SYMPOSIA
Natural, artificial and synthetic nanovesicles
Co-organized with Sapienza University of Rome Chairs: Maria CARAFA, Sapienza University of Rome
The important role of vesicles in many aspects of cell function is well‐recognized, but only recently have sophisticated imaging techniques begun to reveal their ubiquity in nature. While we further our understanding of the biological properties of vesicles and their physiological functions, increasingly elegant artificial vesicles are being developed for a wide range of technological applications and basic research. Herein, the state of the art of biological, artificial, and synthetic vesicles will be examined and biological features of the vesicles will be placed in the context of recent developments. We provide an overview of these complex and rapidly developing fields, challenges and opportunities associated with future studies.
TT.I.D1	Stefano TACCONI University of Salento Macrophages extracellular vesicles and immune function: a new crosstalk in metabolic disease and related disorders
TT.I.D.2	Carlotta MARIANECCI - CV Sapienza University of Rome Amphiphilc vesicular nanocarriers: a versatile tool for brain delivery
TT.I.D.3	Federica RINALDI - CV Sapienza University of Rome Vesicular nanocarriers: an all-around approach to nanomedicine
TT.I.D.4	Regina Maria CHIECHIO - CV University of Catania Control of the luminescent gold nanoclusters interaction with lipidic membranes
ROOM 15