Now we have Matthias Lutolf presenting his #Vision #talk “through the lens of a bioengineer focusing on disease modeling, drug discovery and scalability of organoid systems” BaCell3D Institute of Human Biology

Institute of Human Biology scientist Qianhui Yu highlights the potential of scRNA-seq and transcriptome analysis in understanding intestinal evolution

Fantastic talk by Joep Beumer about modeling intestinal maturation and function using organoids. Intestinal, colon and stomach organoid models, diabetes drug response, chrono cell tracing , editing cells, and moreee! Institute of Human Biology

Great Nature Neuroscience collaboration Fides Zenk , Treutlein lab and #TeamIHB! 🧵below…

Excited to share our latest paper that advances human mini-gut chip technology! Leveraging laser ablation and hydrogel microstructuring technologies, we can now reconstruct realistic organ-level microenvironments. This organ-on-chip integrates patient cancer cells with their

Great work L. Francisco Lorenzo Martín et al., just published in Nature Biotechnology! Exciting to see the use of #bioengineering and #microfabrication tech to create patient-specific mini-colon #organoids to model tumors. Read Matthias Lutolf's 🧵👇 or go direct to the paper rdcu.be/dMuAr

How do cells with the same genetic material differentiate into diverse cell types during early development? In a study Nature Neuroscience led by Treutlein lab and colleagues Institute of Human Biology scientists explore the role of histones in gene expression >u.ethz.ch/KliLL EPFL Life Sciences

🚨#sciencejob alert! 🚨 #TeamIHB is looking for a positive team player to work closely with lab managers and help support a great lab environment and infrastructure. More about the position at go.roche.com/vlw4y

🔬 Exciting discovery! Isolated tissue-resident T cells integrate back into epithelium of intestinal #organoids. Just out in nature, this breakthrough engineered #humanmodelsystems recapitulates tissue-mediated immune responses observed in clinic. Paper👉go.roche.com/b19q3

📢New paper alert! #TeamIHB is proud to publish our latest innovation in bioengineered organoids, in collab with Roche #pRED, in the latest issue of nature! Congrats to co-leads T Recaldin, L Steinacher, B Gjeta and MF Harter and all their fellow collaborators on this work!

🔬 A remarkable feat of engineering! Tissue resident T cells are integrated back into epithelium of intestinal #organoids. This groundbreaking work, now published in nature, marks a major leap in organoid technology. More insight behind this work👇✨

🚨#TeamIHB is HIRING a creative #postdoc in #microtechnology w/ expertise in instrument building and #biomaterials. Join us to develop next-gen #microfluidics tech for automating #organoids culture. Apply go.roche.com/7a2q5 pls RT! #postdocjob #sciencejobs #biosensors

😎Throwback Thursday to our 2023 Science Magazine Perspective on human cell phenoscapes. Jonas Simon, Gray Camp & Treutlein lab discuss how we might investigate causal relationships between perturbation and cell state. More: go.roche.com/ypa2w #TeamIHB D-BSSE, ETH Zurich #organoids

🚨#TeamIHB is HIRING an intern! Join us as an automation specialist is to support the workflow and data automation of organoid culture and help in further developing an automated pipetting robot. Apply at go.roche.com/yp7dh Please reshare! #organoids #sciencejobs

✨#TeamIHB's success owes much to our wonderful and inspiring people. Today meet Mar, R&D engineer in the #Microtechnologies group. More about her at go.roche.com/ea0mk & stay tuned for more Faces of Innovation stories celebrating the amazing people driving our innovation!✨

🚨#TeamIHB is HIRING an intern! We seek a motivated biologist to work closely with our specialists to establish automation workflows, as well as develop assays to characterize #organoids. Apply at go.roche.com/idj2g Please reshare! #sciencejobs #humanmodelsystems