A cell and transcriptome atlas of the human arterial vasculature reveals roles of developmental master regulators in health and disease

Published: 27 May 2025| Version 1 | DOI: 10.17632/bk6wr6dk2k.1
Contributors:
Paul Cheng, Albert Pedroza, William Jackson, Wenduo Gu, Quanyi Zhao, Thomas Quertermous

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Original images of immunofluorescence and RNAscope staining data for the following article: Quanyi Zhao, Albert Pedroza, Disha Sharma, Wenduo Gu, Alex Dalal, Chad Weldy, William Jackson, Daniel Yuhang Li, Yana Ryan, Trieu Nguyen, Rohan Shad, Brian T. Palmisano, João P. Monteiro, Matthew Worssam, Alexa Berezwitz, Meghana Iyer, Huitong Shi, Ramendra Kundu, Lasemahang Limbu, Juyong Brian Kim, Anshul Kundaje, Michael Fischbein, Robert Wirka, Thomas Quertermous, Paul Cheng. A cell and transcriptome atlas of the human arterial vasculature reveals roles of developmental master regulators in health and disease. BIORXIV/2024/612293. https://doi.org/10.1101/2024.09.10.612293

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  • National Institutes of Health
    Maryland, United States
    Grant ID: K08HL153798; K08HL153798-S1; R01HL171045; R01HL134817; R01HL139478;, R01HL156846;R01HL151535;R01HL158525;UM1 HG011972;U01HG011762;R01HL151535;F32HL165854;F32HL165819
  • American Heart Association
    Texas, United States
    Grant ID: 23SCISA1144703; 24SCEFIA1248386; 20CDA35310303; 24CDA1272805
  • Tobacco-Related Disease Research Program
    Grant ID: T32IR5352;, T32IR5240 (J.B.K)

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