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Intermittent hypoxia promotes largemouth bassheart adaptation through increasing angiogenesis, reprogramming calcium signaling, and upregulating mitochondrial turnover

BiologyDevelopmental BiologyMolecular PhysiologyIntermittent HypoxiaMitochondrial TurnoverVascular AdaptationPhysiologyHypoxia (Medicine)Endothelial DysfunctionLargemouth Bassheart AdaptationVascular BiologyRedox BiologyMetabolismMedicineCellular PhysiologyOxidative Stress