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Immunoregulatory gene GIMAP6 suppresses lethal atherosclerotic vasculopathy and ischemic heart failure

biorxiv. 2026-01; 
Chen Xiang; Kaja Arusha; Danielle Springer; Sachiko Nakamori; Ping Du Jiang; Zhi-Hong Yang; Jing Cui; Yu Zhang; Huie Jing; Ann Y. Park; Maria H. Zhu; Sarah E. Weber; Deniz Cagdas; Hassan Abolhassan; Nasrin Behniafard; Margery G. Smelkinson; Qihui Liang; Elif Everest; Julia F. Kun; Alyssa Grogan; Jennifer D. Treat; Christa S. Zerbe; Steven M. Holland; Renu Virmani; Alan T. Remaley; Helen C. Su; Lixin Zheng; Michael J. Lenardo
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Abstract

SUMMARYControlling hyperlipidemia has reduced but not eliminated atherosclerotic cardiovascular disease as a predominant cause of human mortality. Here, we report that loss of the immunoregulatory gene GTPase of immunity-associated protein 6 ( GIMAP6 ), causes an inflammatory vasculopathy and accelerated atherosclerosis in the absence of hyperlipidemia. These pathologic changes in turn result in progressive cardiac ischemia, myocardial infarction, and heart failure, culminating in early death. In humans, rare deleterious GIMAP6 variants are associated with premature severe cardiovascular disease. These findings reveal GIMAP6 to play an important protective role against atherosclerotic cardiovascular disease who... More

Keywords

Foam cells, inflammation, cardiovascular, myocardial Infarction