IL-6 and D-dimer as predictors of cardiac injury in COVID-19—linking inflammation and outcomes.
doi.org/10.15212/CVI...
#IL6 #DDimer #COVID19 #CardiacInjury
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#CardiacInjury
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MicroRNAs in cardiomyocyte injury: emerging regulators and therapeutic potential.
doi.org/10.15212/CVI...
#MicroRNA #CardiomyocyteInjury #CardiacInjury #MolecularCardiology
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Exploring advances in myocardial infarction & cardiac injury—from mechanisms to therapies—featured in CVIA.
Discover more: cvia-journal.org
#Cardiology #MyocardialInfarction #CardiacInjury
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Low Selenium and Low Protein Exacerbate Myocardial Damage in Keshan Disease by Affecting the PINK1/Parkin-mediated Mitochondrial Autophagy Pathway
#Selenium and protein deficiency worsen #MyocardialInjury in #KeshanDisease by disrupting mitochondrial function and activating the #PINK1Parkin-mediated #mitophagy pathway, marked by elevated #CardiacInjury markers and altered #autophagy signaling.
#OpenAccess: doi.org/10.1007/s115...
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Cardiac Injuries are highly lethal. This review will highlight the current diagnosis and management of these difficult injuries #cardiacinjury #pericardialtamponade
journals.lww.com/jtr...
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Cardiac Injuries are highly lethal. This review will highlight the current diagnosis and management of these difficult injuries #cardiacinjury #pericardialtamponade
journals.lww.com/jtr...
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Cardiac Injuries are highly lethal. This review will highlight the current diagnosis and management of these difficult injuries #cardiacinjury #pericardialtamponade
journals.lww.com/jtr...
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Cardiac Injuries are highly lethal. This review will highlight the current diagnosis and management of these difficult injuries #cardiacinjury #pericardialtamponade
journals.lww.com/jtr...
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