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Exploration of core mitochondrial genes and epigenetic regulatory mechanisms in cardiac arrest via multi-omics integrated analysis

2026-08-23

Abstract excerpt

Abstract Background There is a lack of effective molecular biomarkers for the early identification of the risk of cardiac arrest. Mitochondrial dysfunction is widely recognised as being involved in the pathophysiological process of cardiac arrest, but the upstream epigenetic regulatory mechanisms remain unclear. This study takes DNA methylation as its central focus. By systematically evaluating the genetic associa...

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Literature Corpus work
a220dab2-ea34-5d48-a38a-8450430fde67
DOI
10.1186/s13148-026-02232-8
Open publication

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Exploration of core mitochondrial genes and epigenetic regulatory mechanisms in cardiac arrest via multi-omics integrated analysisDOI 10.1186/s13148-026-02232-8
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