Thrilled to announce our latest research just published in @NatureComms! We investigated how therapy induces therapy resistance via cell state transition and vessel co-option in glioblastoma. (1/11) https://t.co/ek1HdLCBg3 #GBM#btsm#Research
We are glad to host "In search of normality: looking for molecular strategies to repair #cancer blood vessels" a seminar by @gserini
🗓️ July, 20th at 2.30pm
🏛️ Room A104, Povo 1
ℹ️ https://t.co/H7kNfkzlTp
#blood#bloodtumor
Now with pretty picture added. Delighted to announce the line-up for the 4th Crick International Cancer Conference @TheCrick
Great speakers, numerous short talk opportunities, and we've kept prices low. Hope to see you there! https://t.co/O7EeBKBJqp
Beautiful work from @gserini lab on how integrin antibodies and FAK modulate crosstalk between integrin endocytosis and fibrillar adhesion turnover in ECs. Beautiful imaging and unexpected observations 🤩 https://t.co/Pg5CnuzMqH
Check out our new @biorxivpreprint
on counteracting tetraspanner- and BAR domain - nanodomains that results in the formation of stable plasma membrane furrows:
https://t.co/CxDFZVGmKA
@LSAjournal Very pleased to share our latest effort to functionally disentangle β1 integrin activation and clustering: the extracellular βI domain is key! Great collab with @MJ_Humphries @humphrieslab @integrintraffic @wtccmr
Mana et al. show the extracellular headpiece βI domain is involved in conformationally active β1 integrin clustering, fibrillar adhesion formation, incorporation of soluble fibronectin dimers into fibrillar polymers, and extracellular matrix-dependent endothelial cell migration.
Very cool piece of literature on #GBM and #TME, great work of integration of knowledge from a large community!! Great job, @AndreasBikfalvi!! Honored to be part of it!
Our first contribution to the cancer-nerve interaction field is out! We dissect the effect of sensory nerves on TNBC cell migration and metastasis and show that nerves drive changes in gene expression in tumor cells. https://t.co/IPES9jE9Tr
📢A #postdoc position is open to join our lab to develop new exciting projects aimed at understanding how axon guidance cues and their receptors regulate #endothelial#celladhesion, #vascular permeability and #cancer cell invasion.
Thank you for sharing.
📢A #postdoc position is open to join our @adhynamic lab to develop new exciting projects aimed at understanding how axon guidance cues and their receptors regulate #endothelial#celladhesion, #vascular permeability and #cancer cell invasion.
Thank you for sharing.
Check our last work on the role of caveolae in integrin mechanosensing, thanks to all contributing authors and @CaveoLab members for wonderful support over these years
https://t.co/ViAV5X19ih @eLife