Honoring a legend today, the great Bob Nerem. So touched to be at @ibbgatech@GeorgiaTech w friends and colleagues for this long awaited celebration. Thank you for your vision, selflessness, and friendship. 💛
Today SCN is excited to launch our new Strategic Plan, IGNITE, and a refreshed brand as we start a new chapter as Canada’s regenerative medicine research leader! #stemcells#regenerativemedicine https://t.co/FK2nUYuUse
Doug Melton revealed he’s leaving Harvard to join @VertexPharma and work on developing diabetes treatments.
So how far are we toward a functional cure for #T1D?
I wrote an overview piece on stem cell-derived islet replacement therapy — summary thread below:
Do you know someone whose original translational research has advanced cellular reprogramming technology for regenerative medicine?
Nominate them for the 2022 Ogawa-Yamanaka Stem Cell Prize.
Learn more and submit a nomination online: https://t.co/JV4ULFtH1b
Modelling T-cell immunity against hepatitis C virus with liver organoids in a microfluidic coculture system: https://t.co/eWMXHIVZ9Y @Camille_Rosa15 @VaishNatarajan @ToddMcDevitt #OpenBiology#immunology
New paper out! Lead by @Camille_Rosa15 and @VaishNatarajan from @ToddMcDevitt's lab we established a coculture system for primary liver organoids to study immune response to HCV. This was an excellent collaboration which included the Cooper Lab at CPMC.
https://t.co/QAfnk13bO0
Excited to share this long-envisioned capability -- from (ss) sequencing data to predictably executable GRN! @StemCellBioEng@tmheydari#PLOSCompBio: IQCELL: A platform for predicting the effect of gene perturbations on developmental trajectories ... https://t.co/4BUGb1PfKw
Great work by @AnaSilva_illust, @ToddMcDevitt and team that showcases how interorgan crosstalk needs to be a part of the equation when modeling human biology ex vivo > Organoid Mimics How Gut and Heart Tissues Arise Cooperatively From Stem Cells https://t.co/dwxOMkYSeR
I’m really happy to see that our work “Co-emergence of cardiac and gut tissues promotes cardiomyocyte maturation within human iPSC-derived organoids” previously on @biorxivpreprint is now online @CellStemCell. https://t.co/23aFvPZOuk
Todd McDevitt and his colleagues engineered a new type of organoid that can shed light on healthy human development and help clarify how that process can go wrong.
Read more about the new study: https://t.co/T69aJVFqqQ
Congratulations @YaleMichaels and @StemCellBioEng team on this important work. DLL4 and VCAM1 enhance the emergence of T cell-competent hematopoietic progenitors from human pluripotent stem cells https://t.co/HoRKypkYb9