Anna Lischke (@annalisch96) 's Twitter Profile
Anna Lischke

@annalisch96

PhD Student @lenoblelab - Studying blood vessel development 🐠🧬🩸

ID: 4706103027

calendar_today04-01-2016 15:52:32

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lenoblelab (@lenoblelab) 's Twitter Profile Photo

Fully funded post-doc and PhD position (3 years)! Join the Le Noble lab to study organotypical control of cardiovascular development in health and disease. Apply until 01.07.23! zebio.zoo.kit.edu/416.php #postdocjobs #vascbio #sciencejobs #zebrafish #postdoc #PhD #biology #job

Fully funded post-doc and PhD position (3 years)!    Join the Le Noble lab to study organotypical control of cardiovascular development in health and disease. Apply until 01.07.23! zebio.zoo.kit.edu/416.php #postdocjobs #vascbio #sciencejobs #zebrafish #postdoc #PhD #biology #job
lenoblelab (@lenoblelab) 's Twitter Profile Photo

IVBM 2024 International Vascular Biology Meeting 2024 drops first names. Looking forward to welcoming you in Amsterdam summer of 2024. More lineup announcements will follow soon. Keep tuned.

<a href="/IVBM2024/">IVBM 2024</a> International Vascular Biology Meeting 2024 drops first names. Looking forward to welcoming you in Amsterdam summer of 2024. More lineup announcements will follow soon. Keep tuned.
lenoblelab (@lenoblelab) 's Twitter Profile Photo

Paper Alert !! Our latest research just out in Nature Communications explores novel organo-typical sprouting forms nature.com/articles/s4146… or rdcu.be/dEmZr Special thanks to Christian Kupatt, and Hongryeol Park, DFG-NeuroVascularInterface Ralf Adams and DZHK DZHK Germany

lenoblelab (@lenoblelab) 's Twitter Profile Photo

Organs develop unique vascular architectures to support physiological functions. We show that organo-typical vascular networks may arise from specific parenchymal cues activating unique endothelial subtypes and angiogenic sprouting processes - independent of Dll4-Notch or Cxcr4

Organs develop unique vascular architectures to support physiological functions. We show that organo-typical vascular networks may arise from specific parenchymal cues activating unique endothelial subtypes and angiogenic sprouting processes - independent of Dll4-Notch or Cxcr4
ZDF Magazin Royale (@zdfmagazin) 's Twitter Profile Photo

Reply, retweet, fav und tanze diesen Tweet, wenn du 1x2 Gästelistenplätze für die 1.Aufzeichnung nach #witzefrei am 13.09. gewinnen willst.