André Rosa

[André Rosa @andreangeloo]

Proud to be part of the team behind the fantastic work published on @NatureCVR showing that Yes-mediated tyrosine phosphorylation is critical for VE-cadherin’s constitutive internalization and junctional plasticity in endothelial cells. #vascular
https://t.co/wmP0XqEeEj

[Asgard Therapeutics @AsgardThx]

@MicheleTavecchio has joined Asgard Therapeutics as Senior Scientist to work on the In vivo validation of cell reprogramming technologies. Michele is a successful scientist with international acquired experience in the fields of Cancer Pharmacology and Therapy.

[Asgard Therapeutics @AsgardThx]

Come check out what @asgardthx has done with its website! Don’t miss the opportunity to have access to the latest publications, interviews, videos and updates from our team.

https://t.co/D2Y8S468Jj

#Immunotherapy #FutureofHealthcare #Startupcompany #HealthcareInnovation

[Asgard Therapeutics @AsgardThx]

@AsgardThx announced today that the US Patent and Trademark Office has granted Asgard’s foundational patent related to the method of reprogramming cells towards dendritic cell fate.

#trojanDC #Immunotherapy #Patentapproval

https://t.co/2oeuVtYnq2

[Asgard Therapeutics @AsgardThx]

@AsgardThx is thrilled to introduce Fritiof Åkerström, a current master's student at the University of Lund. Fritiof is currently working on the in vitro validation of different viral delivery platforms for our lead product TrojanDC.

https://t.co/Px23hNnzO4

[Asgard Therapeutics @AsgardThx]

Invest in Skåne interviews our CEO @_CristianaPires about the support of @investinskane in the initial stages of @Asgardthx, leading to an almost mythical seed capital funding round, which closed in late 2021 at 6 million euros!

https://t.co/r0dGc4tCym

[Holger Gerhardt @holger_gerhardt]

Very happy finally share this from our lab. The puzzle of how endothelial cells coordinate their behaviour to control connectivity and vessel shape has another piece in place. https://t.co/Nwlw1QyBD3

[Development @Dev_journal]

WASp controls oriented migration of endothelial cells to achieve functional vascular patterning

An Open Access Research Article from André Rosa @andreangeloo, Holger Gerhardt @holger_gerhardt and colleagues

https://t.co/ayZ0ar0ebV

#OpenAccess #ReadandPublish

[André Rosa @andreangeloo]

How proliferation and directed endothelial cell migration control vessel morphology and how WASp is involved and much more on https://t.co/xM9X5mupwr our latest publication @Dev_journal

[André Rosa @andreangeloo]

@ZebrafishRock

[André Rosa @andreangeloo]

We're excited to show our latest work on differential EC dynamics during vascular development in zebrafish from the Gerhardt lab, side-by-side with phenomenal work from @matfrancois1 lab led by Keyi Jiang

[Alain Chédotal @AlainChedotal]

1/2: Two new studies using genetic tools and time-lapse to study vessel development in zebrafish and showing differential EC migration and proliferation between veins and arteries. 1st (François lab @UQscience) uses endothelial cell specific brainbow
https://t.co/PcsyxXQnUw

[André Rosa @andreangeloo]

https://t.co/oMdW8mSFCI

[André Rosa @andreangeloo]

https://t.co/ElWPOLx3fo