Organoid Experiment Analysis: From Image to Numerical Results
22 SEPTEMBER09:00 - 10:30
ROOM 17 | ||||
HEALTH | ||||
LIFE SCIENCE & INNOVATIVE MATERIALS |
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TT.V - Technical Multi-Track with Parallel SYMPOSIA | ||||
Organoid Experiment Analysis: From Image to Numerical Results |
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Co-organized with ZEISS Chair: Francesco BIANCARDI, ZEISS |
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Developmental Biology research aims to understand the events and signaling cues taking place during the development of living organisms and organs. Historically, Developmental Biology relied heavily on complex model organisms like clawed frogs, fruit flies or mice. Today, researchers interested in the development of organs increasingly utilize organoids. These are artificial three-dimensional model systems that can imitate the cellular composition and tissue architecture of organs while also being easier to maintain and to manipulate experimentally. In the symposium we will discuss the challenges related to this new approach and address some of the characterization possibilities of organoids |
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TT.V.E.1 | Giovanni FAGA Human Technopole Foundation It's a bird! It's a plane! No, it's an Organoid |
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TT.V.E.2 | Leopoldo STAIANO - CV Telethon Institute of Genetics and Medicine - TIGEM & CNR-IRGB, Milan Modeling Fabry Nephropathy with hPSC-derived kidney organoids |
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TT.V.E.3 | Alessandro COMETTA - CV ZEISS Organoid analysis with confocal and widefield automated imaging |
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TT.V.E.4 | Jacopo ZASSO - CV Human Technopole Foundation It's a bird! It's a plane! No, it's an Organoid |
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