New from the labs of Dr. Domínguez‑Bendala & Dr. Pastori in Nature Communications: THR‑123, a BMP7-mimetic, regenerates β-cells in situ and reverses diabetes via ductal neogenesis. Live imaging + scRNA-seq confirm it! #THR123#DiabetesResearch@Diabetes_DRI@CubelaSilvie
For #WorldDiabetesDay, we would like to highlight Dr. Dominguez-Bendala’s research on human pancreatic slices using nPOD’s tissues. Another step closer to understanding type 1 diabetes!
https://t.co/37E482c7V9
Check out this inspiring collection of Cell Metabolism papers, recently updated for #WorldDiabetesDay!
You can even Subscribe to the collection for monthly updates ☑️
https://t.co/HziEDFEhZg
Today is #WorldDiabetesDay ! 💙Want to learn more about #diabetes research published this year in @Cell_Metabolism ? Sit back and watch a selection of 🎬video abstracts with us.🍿Enjoy!
https://t.co/4eodcVMUTN
We're proud to unveil the first dynamic #SingleCell map of the pancreas' regenerative pathways. This groundbreaking research paves the way for future insulin-producing cell restoration in #type1diabetes patients. Learn more below 👇
Ductal cell plasticity revisited: A new experimental technique, consisting of long-term culture of human pancreatic slices, supports beta cell neogenesis from ductal cells through an acinar-like intermediate stage.
New! Online now: Dynamic scRNA-seq of live human pancreatic slices reveals functional endocrine cell neogenesis through an intermediate ducto-acinar stage https://t.co/FXjBB0lgOg
We're thrilled to announce that our lab at the DRI, led by Dr. Juan Dominguez-Bendala, made a significant impact at the Festival of Genomics & Biodata in Boston! Kudos to @isabellaaltilio, a dedicated Ph.D. student in our lab, who contributed to this success!
Discover the power of pancreatic regeneration in the fight against Type 1 Diabetes by viewing @Mayurdoke20 from @Diabetes_DRI 's poster in the Poster Zone at #FOGBoston next month. And don't forget tickets are FREE for 90% of attendees! More info here: https://t.co/ryeSo9FXRl