Haochen Yang
@benjaminojr.bsky.social
I’m smooth (operator)
DPhil student with Heather Harrington and Helen Byrne at MPI-CBG and University of Oxford
DPhil student with Heather Harrington and Helen Byrne at MPI-CBG and University of Oxford
The DETECT Distance Ratio combines this information for an assembloid between timepoints with information about the shape of a healthy assembloid. The higher the DETECT Distance Ratio, the greater the morphological change over time, and the more likely scarring is present.
June 4, 2025 at 12:59 PM
The DETECT Distance Ratio combines this information for an assembloid between timepoints with information about the shape of a healthy assembloid. The higher the DETECT Distance Ratio, the greater the morphological change over time, and the more likely scarring is present.
New interdisciplinary math+bio paper! Mouse liver assembloids model periportal architecture and biliary fibrosis. In vitro assembloids modelling the mouse liver periportal region were built to study processes causing scarring (cholestatic injury/biliary fibrosis) and the shape change this causes.
June 4, 2025 at 12:59 PM
New interdisciplinary math+bio paper! Mouse liver assembloids model periportal architecture and biliary fibrosis. In vitro assembloids modelling the mouse liver periportal region were built to study processes causing scarring (cholestatic injury/biliary fibrosis) and the shape change this causes.
The DETECT Distance Ratio combines this information for an assembloid between timepoints with information about the shape of a healthy assembloid. The higher the DETECT Distance Ratio, the greater the morphological change over time, and the more likely scarring is present.
June 4, 2025 at 12:50 PM
The DETECT Distance Ratio combines this information for an assembloid between timepoints with information about the shape of a healthy assembloid. The higher the DETECT Distance Ratio, the greater the morphological change over time, and the more likely scarring is present.