Heart Immune Cells Boost Autophagy to Fight Sepsis-Induced Cardiac Damage
New research reveals how specialized immune cells protect the heart during sepsis by enhancing cellular cleanup mechanisms.
681 articles in this topic
New research reveals how specialized immune cells protect the heart during sepsis by enhancing cellular cleanup mechanisms.
New research shows preeclampsia disrupts cardiovascular development in both mothers and babies, creating lasting disease risk.
Elite female soccer players showed significant HRV decreases 48 hours before testing positive for COVID-19, suggesting early detection potential.
New study reveals obesity and hypertension, not sleep apnea itself, drive most cardiac changes in OSA patients.
Review reveals how common ICU sedatives alter cardiac rhythms and autonomic function, potentially increasing arrhythmia risk in critically ill patients.
Chinese study of 4,157 adults finds cumulative CTI index outperforms single measurements for cardiovascular risk prediction.
New review examines how elevated uric acid contributes to cardiovascular disease through inflammation and oxidative stress mechanisms.
CTI index combining inflammation and insulin resistance shows 111% higher death risk in 5,847 Chinese adults.
Comprehensive review reveals how cancer radiation therapy damages heart tissue through oxidative stress and cellular senescence pathways.
New study shows clearing senescent cells with Navitoclax improves heart function and reduces inflammation in heart failure with preserved ejection fraction.
Year-long wearable device study shows PAH patients experience worsening sleep stages and reduced daily steps compared to healthy controls.
Updated AHA/ACC guidelines maintain 130/80 mmHg threshold for diabetes patients, emphasizing earlier intervention to prevent cardiovascular complications.