Discover the latest evidence on Long COVID treatments, including medications, therapies and emerging research, explained clearly to help you make informed healthcare decisions.
Tag: endothelial dysfunction
Amino Acids for Long Covid: What the Evidence Actually Shows
Can amino acids help Long Covid? Explore the evidence behind creatine, lysine, arginine, taurine, GlyNAC and other amino acids for fatigue, brain fog and recovery.
Could Tiny Blood Vessel Problems Be Driving Long COVID?
Could problems affecting the tiny blood vessels explain Long COVID? Discover what endothelial dysfunction is, how it may affect oxygen delivery and why researchers are studying its link with fatigue, brain fog, dysautonomia, PEM and microclots.
Long Covid Normal Tests: Why You Feel Unwell Even When Results Are Normal
Patients recovering from acute Covid may experience persistent symptoms like fatigue, cognitive difficulties, and pain despite normal tests. Recognizing these as multi-system phenomena, involving autonomic dysfunction, peripheral neuropathy, and microvascular impairment, helps clinicians validate experiences. Practical assessments and symptom management are essential for improving patient quality of life.
Long COVID and Blood Vessels: The Hidden Role of Vascular Dysfunction
Long COVID can affect the body's smallest blood vessels, disrupting oxygen delivery even when routine tests appear normal. Learn how vascular dysfunction, endothelial health and microcirculation may contribute to fatigue, breathlessness, brain fog and post-exertional malaise, and why symptoms can persist despite reassuring test results.
Post Covid Elasticity Loss: How Long COVID May Affect Collagen, Elastin and Connective Tissue
Could Long COVID affect collagen, elastin and connective tissue? Discover how inflammation, endothelial dysfunction and tissue repair may contribute to unexplained symptoms.
Role of Galectin-3 in Long COVID Symptoms
Galectin-3 is an inflammatory protein being investigated as a possible contributor to Long COVID. Learn how it may interact with microclots, inflammation and immune dysfunction, and why researchers see it as a promising but still experimental treatment target.