Excited to share our latest review on biomechanical forces shape endothelial plasticity and morphogenesis! We delve into dynamic feedback between mechanical cues & molecular pathways that drive two key processes: endothelial-to-hematopoietic & -mesenchymal transition.
doi.org/10.1016/j.se...

6/6 Finally, if you are/know someone interested in graduate opportunities in an exciting department & a vibrant, multicultural city, and passionate about science, reach out! We will be recruiting for the 2026 grad student cycle at U of T to study cardiovascular morphogenesis and fate determination!

5/6 None of this would have been possible without my incredible team whose talent, passion and dedication have driven our discoveries forward! It’s been a privilege to turn our bold ideas into meaningful advances together @dorotheeb.bsky.social‬ @amulyavhejjaji.bsky.social Newsha M.

3/6 Building on the momentum of our work in Münster, we aim to further uncover how the heart and the vasculature take shape—probing how dynamic forces from the extracellular matrix and blood flow influence cardiovascular cell fate and tissue morphogenesis.