"COVID infections could cause long-term deadly damage to your arteries, a study has shown.
Virus patients’ arteries became increasingly stiffer in the months after they caught it, even if their initial infection was mild, researchers found."
"COVID infections could cause long-term deadly damage to your arteries, a study has shown.
Virus patients’ arteries became increasingly stiffer in the months after they caught it, even if their initial infection was mild, researchers found."
#EHRA2023 #COVID19 linked with 16-fold risk of life threatening heart rhythm within 6 months of exposure #EHRA2023 #EPeeps #Arrhythmias #EHRA_ESC #IftiMania #barcodetin #JHOPE #pregnancy #younggirls #LOVEISBLINDreunion
Catching COVID can trigger killer new side effect months later, scientists discover.
🔹Patients who suffered a severe bout of the virus were 16 times more likely to suffer ventricular tachycardia a deadly type of abnormal heart rhythm in 6 months
From 2020: "1/3of patients with COVID-19 ― both active and cleared cases ― showed at least some measure of myocarditis."
Winners of the Karl-Ludwig-Neuhaus-Prize 2023 ! for Puntmann VO,...Nagel E. Nature Medicine 2022; 28:2117–2123
Long-term cardiac pathology in individuals with mild initial COVID-19 illness.
Great work! @v_puntmann
@Myoflame19
@EikeNagel
"more than 200 post-COVID symptoms...most common ones include heart palpitations or racing sensations, chest pains, difficulty exercising, shortness of breath, dizziness and lightheadedness.
Long COVID is a “multisystemic illness” affecting millions..."
How does long covid affect the heart? 🦠 A new #ACC23/#WCCardio study by @jolee_2022 found that experiencing long #COVID19 more than doubled a person's likelihood of developing cardiovascular issues. Find out more: https://
“AS MORE AND more research emerges about the impacts of COVID-19 on our bodies, it’s becoming clearer that the heart is a major target of the virus, often getting caught in its crossfire…”
New COVID Research Shows Post-Infection Heart Damage
New preprint of mouse study: "The SARS-CoV-2 Spike protein induces long-term transcriptional perturbations of mitochondrial metabolic genes, causes cardiac fibrosis, and reduces myocardial contractile in obese mice"