Looking for an easy way to stay up to date on all things #organoid News? 🧐 Check out the Science News website by @STEMCELLTech and subscribe to our regular newsletters covering the latest research, reviews, industry news, and more. 👇 https://t.co/Np2i1Zz3tr

Collaborators introduce human pancreatic ductal #organoids as a model to study rotational migration. They quantified rotation velocity and showed that this behavior requires myosin contractility, actin polymerization, and actin branching. 💡 https://t.co/eCWWkpT0pW

🧫 The authors demonstrated that skin organoids derived from human induced pluripotent stem cells can model cutaneous #tuberculosis infected by Mycobacterium tuberculosis. @NatureComms | https://t.co/vh8GeLD0WR

🐦 Investigators underscored the importance of human organoid-based phenotypic monitoring and inter/intrahost genotypic monitoring for assessing the zoonotic risk of avian #influenza viruses. 🔗 https://t.co/eb7aRO1Bt9

🧠 Researchers describe the maturation of rat brain organoids (BOs) into fully differentiated BOs and demonstrate their value as a model for studying #glioblastoma-host interactions and their use in testing therapeutic interventions. @NeuroOnc | https://t.co/AFSI2mHOou

🧫 Scientists at @thisisUIC present a streamlined method for generating vascularized organoids through transcription factor–mediated induction. Check it out! 👉 https://t.co/8wpnRQMJ4d

🥊 Researchers with Giovanni Papa and Jiazhuo He at @UZH_en perform in vivo CRISPR knockout screening for gastric tumor suppressors using gastric murine organoids in a subcutaneous as well as a surgical model of orthotopic tumor growth. @AGA_Gastro | https://t.co/eVYGQJgsQR

Drs. Tjitse van der Molen, @Tal_Sharf, and a team at @UCSC used #BrainOrganoids to study the neuronal firing patterns that occur in early circuit development. ⚡ 🔖 @NatureNeuro - https://t.co/XOVJuqJLlZ

Dr. Khashayar Moshksayan and a team in Dr. Adela @BenYakar's lab at @utmechengr developed a #microfluidic device for culturing and imaging #organoids. 💾 @SciReports - https://t.co/k9vc7gmvPN

Want to learn more about blood vessel #organoids? Join Dr. Wimmer and Dr. Marchetti as they discuss how to form functional, perfusable blood vessels 🩸 in vitro to model vascular dysfunction. @STEMCELLTech https://t.co/rklbFQGM3u

Personalized #organoids for #immunotherapy testing! 💊 A Beijing team of researchers developed malignant #mesothelioma organoids from patients and co-cultured them with T cells to assess immunotherapy and chemotherapy responses. @SciReports - https://t.co/dH8ZeX0rHz

👀 In this study out of @uiowa, retinal organoids were generated using a stepwise 3D differentiation protocol, testing different cGMP-compliant reagents and oxygen tension in a cGMP-compliant Biospherix cell culture isolator. 👉 https://t.co/1X92IDnlIE

🧫 Utilizing human endometrial organoids, scientists demonstrated that lactate enhances human endometrial receptivity by promoting epithelial–mesenchymal transition and upregulating H3K18la. @BISCRM | https://t.co/q1fspbNdGG

🧫 This study suggests that the GelMA-P-T-based biomimetic culture system has the potential to advance the clinical application of expanded HSPCs and accelerate the development of bone marrow organoid technology. 👉 https://t.co/nKEPFXfKFS

🧫 Scientists at @Morgridge_Inst assessed and predicted patient-derived cancer organoids' response to treatments based on mutational profiles using label-free wide-field optical redox imaging. @CR_AACR | https://t.co/KZdto13JAV

🧬 Researchers propose, for the first time, a comprehensive Bayesian framework to model gene expression dynamics throughout the developmental trajectory of colorectal tumoroids. 🔗 https://t.co/H8hyIRgXAC

🥳 We’re excited to announce the winners of our lab coat giveaway! 🥼 Congratulations to Olivia Reyes-Castro, Elizaveta Valovatsky, and Juliana Candelaria on your new lab coats! Thank you to everyone who entered and all the amazing scientists out there driving science forward!

Dr. Ole Pless' team developed #melanoma brain metastasis (MBM) models using human cortical #organoids. 🧫 MBM models can be applied to identify therapies targeting metastatic progression. @CellRepMethods | https://t.co/J128oPbdDA

Looking to stay up to date on the latest cell biology research? Science News by @STEMCELLTech can help. Our website and regular newsletters keep scientists current with the latest peer-reviewed research, as well as industry and policy news. Learn more: https://t.co/AiR0Ep0bd5

🧪 Researchers alongside Dr. Sebo Withoff investigated the controlled induction of hiPSC-derived intestinal epithelial cell types and the biological processes induced by the culture microenvironment of #organoids, Transwell, and intestine-on-chip systems. https://t.co/3cI9q1K9Ul