Vascular Discovery 2026 Scientific Sessions  /  11. Concurrent Session 3b: Vessel Wall Biology and Smooth Muscle Cell Dysfunction  /  Beyond the Media Bias: Adventitial Fibroblasts Drive Vascular Disease
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Beyond the Media Bias: Adventitial Fibroblasts Drive Vascular Disease

  • Cheng, Paul  ( STANFORD UNIVERSITY , Stanford , California , United States )
    • Author Disclosures:
    Paul Cheng: DO NOT have relevant financial relationships
Meeting Info:

Vascular Discovery 2026 Scientific Sessions

2026

Bellevue, Washington

Session Info:

11. Concurrent Session 3b: Vessel Wall Biology and Smooth Muscle Cell Dysfunction

Friday, 05/15/2026 , 10:00AM - 11:30AM

Oral

More abstracts on this topic:
Integrated single-cell and spatial transcriptomics identify DLX6-AS1 as a driver of smooth muscle cell transition in human atherosclerosis

Pauli Jessica, Branzan Daniela, Prokisch Holger, Menden Michael, Sinha Ankit, Maegdefessel Lars, Garger Daniel, Adeshara Trusha, Wettich Justus, Peymani Fatemeh, Sachs Nadja, Wirth Johannes, Steiger Katja, Reilly Muredach

Dedicated Smooth Muscle Progenitor Populations, Marked by Notch3 and Sox9, Show Distinct Atherosclerotic Plaque Fate

Worssam Matthew, Gu Wenduo, Li Daniel, Monteiro Joao, Steffes Lea, Kumar Maya, Quertermous Thomas, Cheng Paul

More abstracts from these authors:
A Genome-wide CRISPRi Screen Implicates Coronary Artery Disease GWAS Genes as Key Regulators of Adventitial Fibroblast Proliferation

Jackson William, Zhu Ashley, Gu Wenduo, Berezowitz Alexa, Iyer Meghana, Cheng Paul

YBX1 Regulates Vascular Fibroblast Activation and Is the Causal Gene Underlying Coronary Artery Disease Risk Loci at 1p34

Berezowitz Alexa, Gu Wenduo, Jackson William, Iyer Meghana, Cheng Paul

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