Found 6 bookmarks
Custom sorting
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
“COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds”
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
#Heart#Stroke#Post-Acute Conditions#vascular#brain#Long Covid#Heart Attack#blood clots#heart injury
·fortune.com·
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
“COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds”
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
#Heart#Stroke#Post-Acute Conditions#vascular#brain#Long Covid#Heart Attack#blood clots#heart injury#Sudden Death
·fortune.com·
COVID-19 raises the stakes for heart attacks, strokes, and even death long after infection, new study finds
The Cardiac pathophysiology of Covid-19
The Cardiac pathophysiology of Covid-19

“Findings emphasize that Covid-19’s myocardial pathology predominantly arises from fibrin thrombi within the coronary MICROVASCULAR network, especially in the abluminal spaces.

➡️This pathological process leads to myocardial fibre injury, necrosis, and ischemic changes( = fibrosis), contributing to both the acute symptoms and long-term sequelae (Long Covid).”

#vascular#Heart#blood clots#Endothelium#Long Covid#Post-Acute Conditions#microclots#Heart Failure#Vasa Vasorum Thrombosis#analysis#Discussion
·x.com·
The Cardiac pathophysiology of Covid-19
COVID-19 Is a Coronary Artery Disease Risk Equivalent and Exhibits a Genetic Interaction With ABO Blood Type | Arteriosclerosis, Thrombosis, and Vascular Biology
COVID-19 Is a Coronary Artery Disease Risk Equivalent and Exhibits a Genetic Interaction With ABO Blood Type | Arteriosclerosis, Thrombosis, and Vascular Biology
“COVID-19 at all levels of severity was associated with significantly higher risk of MI, stroke, or all-cause mortality over 1003 days of follow-up."
#Heart#vascular#blood clots#Endothelium#Stroke#Long Covid#Heart Attack#Heart Failure#Clots#risks#reinfection#Mortality#Covid Statistics#Post-Acute Conditions
·ahajournals.org·
COVID-19 Is a Coronary Artery Disease Risk Equivalent and Exhibits a Genetic Interaction With ABO Blood Type | Arteriosclerosis, Thrombosis, and Vascular Biology
SARS Covid-19 as an immunothrombotic disease and the potential benefits of a new estrogen-free contraceptive containing drospirenone.
SARS Covid-19 as an immunothrombotic disease and the potential benefits of a new estrogen-free contraceptive containing drospirenone.
"As Covid-19 is considered an immunothrombotic disease, the potential benefits of estrogen-free contraceptives like drospirenone are discussed. Adding estrogens in contraception may rise the cardiovascular risk in Covid-19 and Long Covid patients."
#Long Covid#female#estrogen#Clots#blood clots#Heart#vascular#Endothelium
·authorea.com·
SARS Covid-19 as an immunothrombotic disease and the potential benefits of a new estrogen-free contraceptive containing drospirenone.
New study offers clues as to how long COVID affects the heart | Houston Public Media
New study offers clues as to how long COVID affects the heart | Houston Public Media
“A study from Houston Methodist found some #LongCovid patients aren't getting enough blood to their heart.. The ability of endothelial cells, which play a key role in dilating arteries.. was diminished by 20% among 101 long covid patients who participated”
#Endothelium#vascular#Heart#Long Covid
·houstonpublicmedia.org·
New study offers clues as to how long COVID affects the heart | Houston Public Media