Dr. Gaia Brezzo(@Gaia_Brezzo) 's Twitter Profile Photo

One for the and the I love and crowds. CD31 in green, Collagen IV in red with a splash of DAPI 🔬 The brain’s vasculature is just too beautiful 🤩 🧠

One for the #FluorescenceFriday and the I love #EndothelialCells and #ECM crowds. CD31 in green, Collagen IV in red with a splash of DAPI 🔬 The brain’s vasculature is just too beautiful 🤩 🧠
account_circle
Diana Passaro(@DoctorDianaP) 's Twitter Profile Photo

Super proud&happy for being awarded a to unveil the incredible power of as master regulators of the !This is a massive lab achievement🔝& now that’s official, we’ll never stop celebrating🥂🍰🍾🥳

Super proud&happy for being awarded a #ERCSTG to unveil the incredible power of #bonemarrow #endothelialcells as master regulators of the #leukemic #microenvironment!This is a massive lab achievement🔝& now that’s official, we’ll never stop celebrating🥂🍰🍾🥳#passarolab #proudPI
account_circle
Mauricio A. Lillo(@maurolillog) 's Twitter Profile Photo

Before traveling to Davis, CA, always, there is time to explore Ca+2 increases and oscillations in the primary culture of endothelial cells from mesenteric arterioles ❤️

account_circle
David T. Paik, PhD(@dtpaikPhD) 's Twitter Profile Photo

1/ I had long been fascinated by the molecular and functional differences of in different organ/tissue systems. Now with scRNA-seq we Lei Tian Ian Williams Stanford CVI unveil unique transcriptomic features of organ-specific ECs Circulation

ahajournals.org/doi/10.1161/CI…

1/ I had long been fascinated by the molecular and functional differences of #EndothelialCells in different organ/tissue systems. Now with scRNA-seq we @LeiTian20 @iwillham @StanfordCVI unveil unique transcriptomic features of organ-specific ECs @CircAHA 

ahajournals.org/doi/10.1161/CI…
account_circle
Rachel Bennett(@RBennett_PhD) 's Twitter Profile Photo

The new, improved peer-edited version of our work describing across multiple brain regions and in disease is up on J Neurosci!
jneurosci.org/content/early/…

account_circle
Jessica J Eyre(@drjessjeyre) 's Twitter Profile Photo

Art? Science? These are focal adhesion sites, anchoring endothelial cells to the surface I've grown them on (paxillin-green and zyxin-pink). They anchor the actin cytoskeleton (yellow) allowing cell traction. Institute of Life Course and Medical Sciences

Art? Science? These are focal adhesion sites, anchoring endothelial cells to the surface I've grown them on (paxillin-green and zyxin-pink). They anchor the actin cytoskeleton (yellow) allowing cell traction. @LivuniILCaMS #confocal #artinscience #endothelialcells
account_circle
Elisabeth Kugler(@KuglerElisabeth) 's Twitter Profile Photo

Müller glia (red) and blood vessels (fire) of the developing retina.

Read more about their fascinating interaction in our latest review: buff.ly/3BrLesk

Müller glia (red) and blood vessels (fire) of the developing #zebrafish retina.

Read more about their fascinating interaction in our latest review: buff.ly/3BrLesk

#AiryScan #SciArt #endothelialCells #sciComm #microscopy
account_circle
Moheb Ghobrial(@GhobrialMoheb) 's Twitter Profile Photo

How can COVID-19 damage the brain ?
What is the mechanisms underlying SARS-CoV-2 tropism for (brain) vasculature ?
Glad to share our pre-print:
biorxiv.org/content/10.110……

account_circle