Vascular stiffening - from molecules to mice!

Joined April 2021
4 Photos and videos
Congratulations Travis Brady @lowkeytrb! Such an honor to receive The APS Porter Fellowship!
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Congratulation to Travis Brady @lowkeytrb for his award winning poster at FEBS Transglutaminase conference! @2024TGDisease
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SanthanamLab@JHUSOM retweeted
New Research: Editorial: Cardiovascular Remodeling in Aging and Disease frontiersin.org/articles/10.… #Physiology

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SanthanamLab@JHUSOM retweeted
Replying to @SamDasLab1
@SamDasLab1: Inactivating the TN/TX miRNA-degrading enzyme blocks #VSMC stiffness and #aging-associated aortic stiffness in vivo. New target for treating large artery stiffness and #Hypertension.
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Check out the latest paper from the Santhanam Lab: nature.com/articles/s41420-0… Tissue #transglutaminase, best known as "meat glue" and its role in celiac disease, is an important target in organ #fibrosis and vascular #aging.

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Recent studies have clearly illustrated that both vascular smooth muscle cells #VSMC and extracellular matrix #ECM are responsible for the mechanical decline of the arteries during #aging - but are they independent?
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Using #CRISPR -Cas9 gene editing, we created a new mouse model - the #Tgm2-C277S mouse, in which ECM remodeling and VSMC aging are uncoupled! In this model, we show VSMC aging emerges independent of ECM remodeling. @JSteppan @JHACCMResearch @HopkinsACCM
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SanthanamLab@JHUSOM retweeted
Addressing the limitation of inability to detect LOX catalytic function associated with diverse disease processes, Wang et al. developed an in situ activity assay by utilizing the reactivity of hydrazides with imines and carbonyls. @LabSanthanam nature.com/articles/s42003-0…
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Measure LOX activity in situ using our newly published method! rdcu.be/cnUwX @CommsBio , @JSteppan , @Huilei_Wang , @JHACCMResearch

Coming soon: A novel in situ activity assay for lysyl oxidases! Communications Biology - Nature.