How can 3D-bioprinting be used to control the shape and size of organoids? Check our paper in Nature Materials! nature.com/articles/s4156… Fantastic team work by Jonathan Brassard, Mike Nikolaev, Tania Hübscher and Moritz Hofer! #organoids #bioprinting #tissueengineering

Excited to share my post-doctoral work Matthias Lutolf, out today in Cell Stem Cell🥳! We show how #gastruloids can capture early cardiogenesis, FHF-SHF specification, and cardiac crescent/early heart tube-like stages! authors.elsevier.com/c/1c2sX6tu0Cbo…

Engineering organoids by Matthias Lutolf EPFL! In this Review, Matthias Lutolf argues that many limitations of #organoid cultures can be addressed by engineering approaches. From engineering the cell and niche, to engineering the organism-level context go.nature.com/3pvn2yF

New Review by Matthias Lutolf NatRevMaterials! The authors investigate engineering approaches, including cellular engineering, designer matrices and microfluidics, to improve the reproducibility and physiological relevance of organoids - a must-read article!

#Bioengineered human bone marrow for the study of HSC recruitemtent using SUN bioscience's high-troughput platform and automated 3D analysis with MATLAB and Imaris 3D/4D Imaging. Honored to be part of that project. Thanks to Marijana M. Licina, Romain Guiet and most of all sBengali!