Congratulations to Katie Bouman on #CrackingTheCode that made the 1st image of a black hole possible and to all the women involved in the #EHTBlackHole success! 👏👏 This is why we need more #WomenInScience, because more diversity = better science! 👩🏿‍🏫👩🏻‍🔬👩🏽‍🚀👩🏼‍🏭👩🏾‍💻

A brilliant issue 😊!

. Cell Stem Cell has developed a very unique and helpful way to interactively visualize #organoid data and help you explore relevant papers published in Cell Press. Sort by organ/tissue, then by PSC/tumor/tissue-derived research 👉 bit.ly/2Wobl2S

Nothing beats real biology. This is a 3D confocal reconstruction of the inner surface of the small intestine. Courtesy of our collaborators at the #prinsesmaximamac in Utrecht

I am certainly not a fan of drawing scientific conclusions from correlative data, but this example makes me thinking... #Brexit

This beautiful animation supports Inha Heo, DJ Dutta et al in Nature microbiology (PMID: 29946163). Made by Luis at Nymus3D, it depicts the life cycle of Cryptosporidium, a pathogen in immunodeficient patients

People from all walks of life expressed their desire to donate to India’s war against COVID-19. Respecting that spirit, the Prime Minister’s Citizen Assistance and Relief in Emergency Situations Fund has been constituted. This will go a long way in creating a healthier India.

Very happy to see this published! Huge effort by Nathalie Brandenberg and Sylke Hoehnel who will take the technology to the next level SUN bioscience. Thanks much to our collaborators Fabien Kuttler, Gerardo Turcatti, Krisztian Homicsko, @tillringel, Gerald Schwank and George Coukos

I am thrilled to announce that our paper rdcu.be/cbQVe identifying the #superenhancer landscape in #neuroblastoma patients has been published in Nature Cancer (1/14)

Formation of #gastruloids with anterior neural tissues by inhibition of WNT signaling Congrats to Mehmet Girgin Nicolas Broguiere! sciencedirect.com/science/articl…

Couldn't let the Randall Munroe wave pass us by, so here's the typology of #organoid #papers based on some great input from members of The Clevers Lab:

Great job 😊...Was an honour to work with such cool and brilliant scientists!

A bispecific #antibody which distinguishes #cancer cells from healthy cells, doesn't care about #KRAS mutations & was developed entirely on human cancer #organoids. In 3 years from drawing board to clinic. Congrats to all collaborators. Read: rdcu.be/cL4xS

Out now! nature.com/articles/s4146…

💡New Insights! Proud to share our Science Magazine research: High-throughput screening in human #organoids illuminates ZNF800 as a key factor in differentiation of the gut cells that make hormones like #GLP1. Learn more about it here: go.roche.com/3xzc9 🔍 #ScienceDiscovery

Organoids and the complex tumor microenvironment ! Amazing work by Nicolas Broguiere !