All articles tagged with #chronic fatigue syndrome
Researchers have found that many people with chronic fatigue syndrome also experience hidden breathing abnormalities, such as hyperventilation and dysfunctional breathing, which may worsen symptoms and could be targeted with specific breathing therapies to alleviate some of the condition's effects.
Chronic fatigue syndrome (CFS), also known as myalgic encephalomyelitis, is a poorly understood condition affecting about 3.3 million Americans, characterized by severe fatigue, sleep issues, and cognitive problems, often triggered by infections or stressors. It is frequently misdiagnosed due to the lack of specific tests, but new AI research shows promise for better detection. Treatment involves managing symptoms through lifestyle changes, therapies, and medications, with ongoing research seeking more effective solutions.
Research suggests that dysfunctional breathing and hyperventilation are common in chronic fatigue syndrome patients and may worsen symptoms; addressing these irregularities through breathing exercises or biofeedback could potentially alleviate some of the condition's debilitating effects.
Scientists have developed a highly accurate (96%) blood test for diagnosing Chronic Fatigue Syndrome (ME/CFS) using DNA folding technology, which could improve diagnosis and treatment, and may also aid in diagnosing long Covid.
Scientists have developed a highly accurate blood test using 3D genomic technology that can diagnose Chronic Fatigue Syndrome (ME/CFS) with 96% accuracy, potentially transforming diagnosis and paving the way for similar tests for Long COVID.
Researchers have developed a blood test using 200 biomarkers that can diagnose severe CFS/ME with 96% accuracy, offering hope for better diagnosis, but experts remain cautious about its current validation and applicability to all patient stages and conditions.
Scientists in the UK have developed a blood test analyzing epigenetic changes in immune cells that could potentially diagnose chronic fatigue syndrome (ME/CFS), offering hope for earlier and more accurate diagnosis, though further research is needed due to the small study size.
Researchers have developed a blood test called EpiSwitch CFS that can identify ME/CFS with 96% accuracy by analyzing DNA folding patterns related to immune signaling, potentially providing a much-needed diagnostic tool for the condition, though further validation is required.
Scientists have developed the first blood test to diagnose chronic fatigue syndrome (ME/CFS) with high sensitivity and specificity, potentially enabling earlier and more accurate diagnosis, though further validation is needed before clinical use.
A large genetic study of 15,500 people with chronic fatigue syndrome (ME/CFS) identified eight genetic signals related to immune and nervous system functions, offering potential for future diagnostics and treatments, though more research is needed to understand the disease fully.
New research using AI has identified potential biomarkers in the gut microbiome that could help diagnose and understand ME/CFS and its similarities to long COVID, revealing disruptions in immune and metabolic interactions that worsen over time.
A large-scale study has identified consistent blood differences in ME/CFS patients compared to healthy individuals, highlighting potential biomarkers for diagnosis and dispelling misconceptions that the illness is purely psychological or due to deconditioning.
Researchers from the University of Edinburgh found significant blood differences in ME/CFS patients compared to healthy individuals, supporting the development of a blood test for diagnosis and challenging the misconception that the condition is psychological.
The article explores the phenomenon of long-term fatigue following viral infections, such as Long Covid, and its similarities to post-viral fatigue from other infections like Sars and Lyme disease. Researchers are investigating the underlying causes, including mitochondrial dysfunction and autoimmune responses, to develop targeted treatments. Studies are examining potential therapies, such as enzyme treatments and repurposed medications, to address the persistent energy deficits experienced by sufferers. The research aims to better understand and categorize different types of fatigue to improve diagnostics and treatment options.
Researchers are exploring the similarities between Long Covid and post-concussion syndrome, noting shared symptoms like fatigue and cognitive issues. They believe that understanding these parallels could lead to new diagnostic and treatment methods, potentially involving advanced imaging technologies and psychedelic drugs. This approach may also provide insights into related conditions like Chronic Fatigue Syndrome.