A @UHN@McEwenInstitute team developed the first functional AVN-like pacemaker cells in their new study. 🫀
Their work lays the foundation for the development of a novel treatment that could someday replace the #pacemaker.
🔗 Read more: https://t.co/4M79nhQ6x3
@StephIrisPro
Excited to share that our bioRxiv preprint of Michelle’s thesis project has been highlighted by preLights.
Congratulations Michelle. @McEwenInstitute@UHN_Research
https://t.co/a0NBrkfuIF
Thank you @StemCellNetwork for the continued support of our research towards biological pacemakers!
https://t.co/A45SbxYY5D
We are currently hiring a postdoc to lead the project - come join us! https://t.co/AS4T6aL9wE
So excited to share the first paper from the lab!
We identified CD34 as a marker of the heart’s SAN pacemaker cells enabling their isolation from stem cell differentiation cultures, advancing future disease modeling and biological pacemaker applications.
https://t.co/yaThtPS3WC
Huge congratulations to the winners of the Trainee Poster and Oral Presentation Awards! 🔬
Thank you to everyone who participated and shared their work with the community. A special thanks to our sponsor, @STEMCELLTech! 👏
(2/2) Thanks to Wolfram Zimmerman, Nicole Dittman, @Yassi_ag, and @chang_natasha for their insightful presentations, chaired by @StephIrisPro, and Bruno Freitas. 🙌
(2/2) Thanks to Wolfram Zimmerman, Nicole Dittman, @Yassi_ag, and @chang_natasha for their insightful presentations, chaired by @StephIrisPro, and Bruno Freitas. 🙌
Great talk by @michellecells on hPSC-derived AVNLPc and efforts to develop a biological conduction bridge. We are looking to move this project into a preclinical pig model and recruiting a pdf leading this work. DM if interested #tmm2024@McEwenInstitute
Had a great time taking a short break from mat leave and catching up with our collaborators from the @Professeltine lab about our ARVC5 project while they were in town for #TMM2023@StemCellNetwork