Siekmann Lab retweeted
This #FluorescenceFriday we highlight the forming vasculature in a zebrafish fin. Research from @ElvinLeonard3, Sana Hasan & @SiekmannLab reveals the existence of distinct morphogenetic processes that generate the mature fin vasculature.
📖@Dev_journal: journals.biologists.com/dev/…
Siekmann Lab retweeted
Join us THIS THURSDAY Dec 15th at 1PM EST for InFocus Session: Vascular Malformations. Trainee speakers were chosen from Abstracts submitted to #IVBM2022. These sessions are NOT recorded so don't miss out!! Register now- These sessions are free to ALL! conta.cc/3uQUNzf
Siekmann Lab retweeted
New findings often come unexpectedly! A large extracellular protein produced by non vascular cells cooperates with blood flow to stabilize new vessel connections! Delighted to share and discuss this with you. Great collaboration with Stefan Schulte-Merker!
Svep1 connects anastomosis and blood flow
A Research Highlight showcasing new work from Baptiste Coxam @BCoxam, Holger Gerhardt @holger_gerhardt and colleagues
journals.biologists.com/dev/…
Siekmann Lab retweeted
Here it is! PPIL4, a new gene associated with Intracranial Aneurysms in humans, a new Wnt-mechanism of brain arteries formation, a step forward to understand this disease! So proud of everyone that worked on this project! nature.com/articles/s41591-0…
Siekmann Lab retweeted
Now LIVE in #NAVBO2021:
"Heterogeneity of the Vasculature"
Kicked off with a fantastic talk by @wythelab on the transcriptional basis of organ-specific endothelial specialization, with a focus on the cerebral vasculature
Now up: Dr. Elvin Leonard from @SiekmannLab
Siekmann Lab retweeted
Studying angiogenesis? A new biosensor allows live imaging of Erk-signalling dynamics in zebrafish vascular endothelial cells. Use it to visualise the signalling pathway that regulates blood vessel formation during development, tissue repair, or disease elifesciences.org/articles/6…