![Clara Ramón-Lozano(@ClaRamonLozano) 's Twitter Profile Photo Clara Ramón-Lozano(@ClaRamonLozano) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1382988743389413376/mvPyM_3-_200x200.jpg)
I was doing some microscopy and I remembered I wanted to share this beautiful picture of #pericytes on top of #brain #EndothelialCells channel!
#OrgansOnChip
![Clara Ramón-Lozano (@ClaRamonLozano) on Twitter photo 2021-06-29 15:13:36 I was doing some microscopy and I remembered I wanted to share this beautiful picture of #pericytes on top of #brain #EndothelialCells channel!
#OrgansOnChip I was doing some microscopy and I remembered I wanted to share this beautiful picture of #pericytes on top of #brain #EndothelialCells channel!
#OrgansOnChip](https://pbs.twimg.com/media/E5DyCOeXEAUE22H.jpg)
![Meghan Fallon, PhD(@endothelial_gal) 's Twitter Profile Photo Meghan Fallon, PhD(@endothelial_gal) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1567348327171375104/Sld4pX1D_200x200.jpg)
So glad I got to present my poster at #IVBM2022 ! I got some great feedback as well as made many new connections! Thanks to everyone who stopped by.
#academicconference #mechanotransduction #endothelialcells
![Meghan Fallon, PhD (@endothelial_gal) on Twitter photo 2022-10-14 22:48:40 So glad I got to present my poster at #IVBM2022! I got some great feedback as well as made many new connections! Thanks to everyone who stopped by.
#academicconference #mechanotransduction #endothelialcells So glad I got to present my poster at #IVBM2022! I got some great feedback as well as made many new connections! Thanks to everyone who stopped by.
#academicconference #mechanotransduction #endothelialcells](https://pbs.twimg.com/media/FfEImPsUoAAAbKc.jpg)
![Yoshito Yamashiro(@Chura_rhythm) 's Twitter Profile Photo Yoshito Yamashiro(@Chura_rhythm) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1190914709429592064/vgU_p-FG_200x200.jpg)
A Happy New Year!! from Japan.
(Is this the first scientific tweet in 2024??)
15 colors of mRNA dynamics under Hypoxia
#CellBiology
#Microscopy
#HybISS
#EndothelialCells
#2024
![Yoshito Yamashiro (@Chura_rhythm) on Twitter photo 2023-12-31 15:07:59 A Happy New Year!! from Japan.
(Is this the first scientific tweet in 2024??)
15 colors of mRNA dynamics under Hypoxia
#CellBiology
#Microscopy
#HybISS
#EndothelialCells
#2024 A Happy New Year!! from Japan.
(Is this the first scientific tweet in 2024??)
15 colors of mRNA dynamics under Hypoxia
#CellBiology
#Microscopy
#HybISS
#EndothelialCells
#2024](https://pbs.twimg.com/media/GCr3drNWUAAmEfA.jpg)
![Helker lab(@HelkerLab) 's Twitter Profile Photo Helker lab(@HelkerLab) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1467569295643324416/T_ynTPJ__200x200.jpg)
Happy #WesselsWednesday
The Video shows a 4 day old zebrafish. #vasculature is labeled in red and the notochord and mesenchymal cells in green. #zebrafishRock , #HelkerLab
#WesselsWednesday #UniversityMarburg #Angiogenesis #EndothelialCells
![Dr. Gaia Brezzo(@Gaia_Brezzo) 's Twitter Profile Photo Dr. Gaia Brezzo(@Gaia_Brezzo) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/873205911342501888/Go9oBlyn_200x200.jpg)
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 🤩 🧠
![Dr. Gaia Brezzo (@Gaia_Brezzo) on Twitter photo 2022-04-08 18:55:51 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 🤩 🧠 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 🤩 🧠](https://pbs.twimg.com/media/FP1-1cJXwAUVF8l.jpg)
![Diana Passaro(@DoctorDianaP) 's Twitter Profile Photo Diana Passaro(@DoctorDianaP) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1727448316366000129/qnv1UbJB_200x200.jpg)
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
![Diana Passaro (@DoctorDianaP) on Twitter photo 2023-09-05 11:18:16 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 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](https://pbs.twimg.com/media/F5Qg3uTXkAAW9Ad.jpg)
![PhD Post Doc I2MC(@I2MC_PhD_Post) 's Twitter Profile Photo PhD Post Doc I2MC(@I2MC_PhD_Post) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1580201931145973761/I719wffV_200x200.jpg)
Another doctor at I2MC-Toulouse ! Chanaëlle Fébrissy did a great job defending her thesis on nuclear and extranuclear effects of #ERα in #endothelialcells 👩🎓 Congratulations 🥳!!! Inserm UT3 Paul Sabatier ANR La Ligue contre le cancer
![PhD Post Doc I2MC (@I2MC_PhD_Post) on Twitter photo 2022-12-14 15:34:30 Another doctor at @I2mcT ! Chanaëlle Fébrissy did a great job defending her thesis on nuclear and extranuclear effects of #ERα in #endothelialcells 👩🎓 Congratulations 🥳!!! @Inserm @UT3PaulSabatier @AgenceRecherche @laliguecancer Another doctor at @I2mcT ! Chanaëlle Fébrissy did a great job defending her thesis on nuclear and extranuclear effects of #ERα in #endothelialcells 👩🎓 Congratulations 🥳!!! @Inserm @UT3PaulSabatier @AgenceRecherche @laliguecancer](https://pbs.twimg.com/media/Fj8sc4jXwAAzTGK.jpg)
![Iris van Moort(@IrisMoort) 's Twitter Profile Photo Iris van Moort(@IrisMoort) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1374758814872973314/LJZGAm0r_200x200.jpg)
Ruben Bierings highlights the great capacity of ECFCs for investigating VWF synthesis and secretion in his State-of-the-Art talk! #ISTH2023 #endothelialcells
![Iris van Moort (@IrisMoort) on Twitter photo 2023-06-27 13:56:32 @rbierings highlights the great capacity of ECFCs for investigating VWF synthesis and secretion in his State-of-the-Art talk! #ISTH2023 #endothelialcells @rbierings highlights the great capacity of ECFCs for investigating VWF synthesis and secretion in his State-of-the-Art talk! #ISTH2023 #endothelialcells](https://pbs.twimg.com/media/FzolwQNaAAESB2Y.jpg)
![Mauricio A. Lillo(@maurolillog) 's Twitter Profile Photo Mauricio A. Lillo(@maurolillog) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1723102882696736768/1l8W9_nH_200x200.jpg)
![David T. Paik, PhD(@dtpaikPhD) 's Twitter Profile Photo David T. Paik, PhD(@dtpaikPhD) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1172233992545931266/slMPoyls_200x200.jpg)
1/ I had long been fascinated by the molecular and functional differences of #EndothelialCells 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…
![David T. Paik, PhD (@dtpaikPhD) on Twitter photo 2020-10-06 18:11:22 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… 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…](https://pbs.twimg.com/media/EjqiwpIUwAEmC7i.jpg)
![Rachel Bennett(@RBennett_PhD) 's Twitter Profile Photo Rachel Bennett(@RBennett_PhD) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1700937625886978048/ioYavvoC_200x200.jpg)
The new, improved peer-edited version of our work describing #endothelialcells across multiple brain regions and in #Alzheimers disease is up on J Neurosci!
jneurosci.org/content/early/…
![Prellis Biologics(@Prellisbio) 's Twitter Profile Photo Prellis Biologics(@Prellisbio) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1481732777619775489/XyBScRH8_200x200.jpg)
Vascular graft burst testing with a San#3Dprinted vascular structure! Revolutionizing and strengthening #vasculature #tissueengineering ! #biotech #vascularbypass #3DCellCulture #STEM #vasculartissue #biology #research #endothelialcells #vascularsystem
![Elisabeth Kugler(@KuglerElisabeth) 's Twitter Profile Photo Elisabeth Kugler(@KuglerElisabeth) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1754873927686369280/SaS7QOmK_200x200.jpg)
For #FluorescenceFriday we have some beautiful blood vessel cells seeking their path of where to grow in the eye of a developing #zebrafish .
#endothelialCells #ECs #zebrafish #miscroscopy #migration #evoDevo
![Elisabeth Kugler (@KuglerElisabeth) on Twitter photo 2021-10-15 14:42:03 For #FluorescenceFriday we have some beautiful blood vessel cells seeking their path of where to grow in the eye of a developing #zebrafish.
#endothelialCells #ECs #zebrafish #miscroscopy #migration #evoDevo For #FluorescenceFriday we have some beautiful blood vessel cells seeking their path of where to grow in the eye of a developing #zebrafish.
#endothelialCells #ECs #zebrafish #miscroscopy #migration #evoDevo](https://pbs.twimg.com/media/FBv2hnCXIAEOneW.jpg)
![Jessica J Eyre(@drjessjeyre) 's Twitter Profile Photo Jessica J Eyre(@drjessjeyre) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1480929888764895233/ii8fOjGx_200x200.jpg)
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 #confocal #artinscience #endothelialcells
![Jessica J Eyre (@drjessjeyre) on Twitter photo 2020-09-10 21:04:19 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 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](https://pbs.twimg.com/media/EhlSFQ1XgAI4lQH.jpg)
![Elisabeth Kugler(@KuglerElisabeth) 's Twitter Profile Photo Elisabeth Kugler(@KuglerElisabeth) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1754873927686369280/SaS7QOmK_200x200.jpg)
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
![Elisabeth Kugler (@KuglerElisabeth) on Twitter photo 2021-10-10 14:42:03 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 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](https://pbs.twimg.com/media/FBWGkv5WYAIQ_MA.jpg)
![Rossana Rauti(@rossanarauti) 's Twitter Profile Photo Rossana Rauti(@rossanarauti) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1480790073377361922/JOSsBUX3_200x200.jpg)
Looking for PhD candidate interested in working with #microfluidics #neurons #endothelialcells #Organonchip if interested apply here uniurb.it/it/cdocs/PHD/6…
![L B(@Endo_cells) 's Twitter Profile Photo L B(@Endo_cells) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1780901745847107584/gJLq3huj_200x200.jpg)
Interested in human #brain cell type enriched transcriptome profiles, and how #endothelialcells change in #Glioblastoma ? If so, take a look at our new #preprint #joinedthepreprintparty #tumour #vasculature #glioma #endothelium biorxiv.org/content/10.110…
![L B (@Endo_cells) on Twitter photo 2019-02-05 19:58:25 Interested in human #brain cell type enriched transcriptome profiles, and how #endothelialcells change in #Glioblastoma ? If so, take a look at our new #preprint #joinedthepreprintparty #tumour #vasculature #glioma #endothelium biorxiv.org/content/10.110… Interested in human #brain cell type enriched transcriptome profiles, and how #endothelialcells change in #Glioblastoma ? If so, take a look at our new #preprint #joinedthepreprintparty #tumour #vasculature #glioma #endothelium biorxiv.org/content/10.110…](https://pbs.twimg.com/media/DyqrjJWWkAMx4jd.jpg)
![Moheb Ghobrial(@GhobrialMoheb) 's Twitter Profile Photo Moheb Ghobrial(@GhobrialMoheb) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1734137749328764928/X-F25Cw5_200x200.jpg)
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……
#Endothelialcells #SARSCoV2
#covid19research #Brain #CNSangiogenesis
![Peter Wich – WichLab(@peterwich) 's Twitter Profile Photo Peter Wich – WichLab(@peterwich) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1157876790129336320/gLRJqRZZ_200x200.jpg)
.Dr Daniel Heath, recruiting PhD students from University of Melbourne giving a great talk about a range of #polymer #biomaterials to promote endothelialization, improve stell cell expansion and with #antimicrobial activity. Thanks for your visit UNSW #endothelialcells #HUVEC
![Peter Wich – WichLab (@peterwich) on Twitter photo 2020-03-11 23:48:47 .@DrDanielHeath from @unimelb giving a great talk about a range of #polymer #biomaterials to promote endothelialization, improve stell cell expansion and with #antimicrobial activity. Thanks for your visit @UNSW #endothelialcells #HUVEC .@DrDanielHeath from @unimelb giving a great talk about a range of #polymer #biomaterials to promote endothelialization, improve stell cell expansion and with #antimicrobial activity. Thanks for your visit @UNSW #endothelialcells #HUVEC](https://pbs.twimg.com/media/ES3cyEkUUAUCYZ0.jpg)