Vascular Development Research || University of Virginia Tweets by lab members

Joined October 2022
Hirschi Lab retweeted
I can’t wait to see @MTorrescnic, @makinenlab, @MarionaGraupera and @HirschiLab at this year’s Seeon meeting, where they will discuss concepts of cellular fitness, competition, and clonality in the cardiovascular system. For applications, visit: vwfb.de.
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Congratulations to Dr. Yen-Lin Chen from @sonkusarelab on his K99/R00 award for studying lymphatic endothelial Piezo1 and TRP channels in obesity! Many thanks to co-mentors and collaborators @ScallanLab, @HirschiLab, @conn_pann_fun @NIDDK @UVACVRC
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Excited to share our now-published work showing that obesity accelerates EndoMT in adipose tissue! @FrontCVMedicine. Using lineage-tracing mouse models, human cell culture assays, and human scRNAseq datasets, we show that obesogenic diet promote EndoMT. tinyurl.com/3bkffkdj
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Really amazing study here - outstanding work from @WesleyAbplanalp @StefanieDimmel1. I was able to help write a News & Views on this article as well: nature.com/articles/s44161-0… New technique that helped identify how small clone sizes in CHIP have large effects.
Clonal hematopoiesis affects only a small number of cells in the blood. @WesleyAbplanalp now developed a method that demonstrates the specific effect in the mutated cells. Not only monocytes but also T-cells are affected! Learn more here: nature.com/articles/s44161-0… @NatureCVR
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Cool comparisons between different vascular beds and the endothelium within them. Thanks to @Luke_Dunaway and @melissa_luse for co-leading the way on this. – at Virginia, USA
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In our latest episode, we discuss a study from the lab of Dr. Karen Hirschi (@HirschiLab) at @Yale. Her lab identified miR-223 as a negative regulator of murine hemogenic endothelial cell specification and #myelopoiesis. 📒: bit.ly/3Jb450Q 🎧: bit.ly/3J6pckY
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A recent study by @HirschiLab identified microRNA-223 as a negative regulator of murine hemogenic #endothelial cell specification and endothelial-to-#hematopoietic transition. @UVACVRC @YaleGenetics 🖨️ Published in @Dev_Cell! bit.ly/3Jb450Q
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I was honored to chair the #regenerative_medicine session at @CURAMdevices summit 2023 with prof. Murphy. Including outstanding talks from prof. Hirschi @HirschiLab, prof. @johnglaffey, Dr. @MeadhbhBrennan, and Dr. @JohnJMulvihill 🍀
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Hirschi Lab retweeted
Dr. karen Hirschi on “role of endothelial cell hyperproliferation and AVMs” 📌 Data showing control of endothelial cell proliferation prevents AVM formation. ⁉️ Can endothelial cell cycle inhibitors be used to treat AVMs? #VascularDiscovery23 @AHA_Research @CouncilPvd
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So incredibly proud of @CwiekAleksandra and her work. Presented today at #pas2023 Congratulations!!!
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A recent study by the @HirschiLab at @MedicineUVA shows that vascular #endothelial cell-expressed Cx43 regulates adult #NSC proliferation and differentiation. #neurogenesis More in @CellReports. 📚 bit.ly/41pby31
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Congratulations to the members of the BIMS 2020 cohort who have completed their quals/proposal defense and have advanced to CANDIDACY! 💙🧡 We were honored to have @DeanMKibbe join us and share her experiences at the bench and encouraging words for the time ahead. @MedicineUVA
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Throwback to #IVBM2022! Presenting my poster from the @HirschiLab @UVa_CellBio on the role of #Cx43 in the adult brain 🧠 #SVZ to @RuizdeAlmodovar!
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This study by @nickchavkin, @HirschiLab, and team shows that #venous #endothelial cells are enriched for the early G1 phase and BMP signaling, while #arterial endothelial cells are enriched for the late G1 phase and TGF-β signaling. 📌 @NatureComms 🖱️ go.nature.com/3g1yF18
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Hirschi Lab retweeted
Starting in 20min #IVBM2022 Learn more about the translational Approaches in Vascular Biology and regeneration - join us in Junior Ballroom 3/4! Sponsored by @AppliedCVB
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