Dresden researchers develop next-generation organoid model to better understand liver
architecture Dresden researchers develop next-generation organoid model to better
Dresden researchers develop next-generation organoid model to better understand liver
architecture Dresden researchers develop next-generation organoid model to better
Dresden researchers develop next-generation organoid model to better understand liver
architecture Dresden researchers develop next-generation organoid model to better
Dresden researchers develop next-generation organoid model to better understand liver
architecture Dresden researchers develop next-generation organoid model to better
on stress gene FKBP5 can be investigated in the so-called humanized FKBP5 mouse model
Newsroom From the Institutes 2024 The mouse as an epigenetic model
Dresden researchers create liver model for improved diagnosis of non-alcoholic fatty
Max-Planck-Gesellschaft Homepage Newsroom From the Institutes 3D model
A new model explains why a fluid spreading out over a surface can form a polygonal
for a polygonal hydraulic jump Liquid with corners A new model explains why a
Researchers establish a model that simulates biliary fluid dynamics in the liver
of animal experiments Researchers establish a model that simulates biliary fluid
A new model explains why a fluid spreading out over a surface can form a polygonal
Deutsch Max-Planck-Gesellschaft Homepage Newsroom Research News A model
A new model explains why a fluid spreading out over a surface can form a polygonal
Deutsch Max-Planck-Gesellschaft Homepage Newsroom Research News A model
