Uploaded June 2021 | Updated September 2026, 2 weeks ago
For EPFL we created an animation describing the creation of a new type of organoid. These organoids are long-lived and have an open structure, allowing introduction of microbes and the removal of dead cells, resulting in a unprecedented ability of in-vivo modelling of the gut.
CONTENT
00:00 Miniature Intestines
00:10 Small Intestine
00:28 Epithelium
01:01 Microfluidic Chip
02:05 The Mini-Guts
SOURCE
https://www.epfl.ch/labs/lutolf-lab/
#science #medical #technology
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For EPFL we created an animation describing the creation of a new type of organoid. These organoids are long-lived and have an open structure, allowing introduction of microbes and the removal of dead cells, resulting in a unprecedented ability of in-vivo modelling of the gut.
CONTENT
00:00 Miniature Intestines
00:10 Small Intestine
00:28 Epithelium
01:01 Microfluidic Chip
02:05 The Mini-Guts
SOURCE
https://www.epfl.ch/labs/lutolf-lab/
#science #medical #technology
FOLLOW US
---------------------------------------------------
Twitter: twitter.com/nymus3d
Facebook: facebook.com/Nymus-3D-136350366438784
LinkedIn: linkedin.com/company/demcon-nymus-3d
Xing: xing.com/pages/demconnymus3d
Instagram: instagram.com/demcon_nymus3d
Behance: behance.net/demcon-nymus3d
Artstation: artstation.com/demcon_nymus3d
► More videos from Nymus 3D: nymus3d.com










