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. 2023 Jul 17;65:102820. doi: 10.1016/j.redox.2023.102820

Table 1.

Oxidative stress influences cardiac fibrosis by affecting epigenetic modification.

DNA methylation Histone modification Non-coding RNA
Transformation
  • ●DNA methylation ↑ inactivate RASSF1A activate ERK1/2 [27] Proliferation

  • ●activate DDR signaling pathway SIRT1↓ PGC-1α acetylation [29] Mitochondrial damage

  • ●HDAC4 is transported to the cytoplasm [30] Hypertrophy

  • ●Activate Smad3 miR-29b-3p和miR-29c-3p↓ target TGF-β2 and MMP2 [32] Activation

  • ●redistribution of miR-381–3p between mitochondria and cytoplasm inhibiting LRP6 and NFIA [33] Apoptosis Inhibit proliferation

Cell type Cardiac fibroblast Cardiomyocyte Cardiac fibroblast Endothelial cell