View clinical trials related to Fatigue Syndrome, Chronic.
Filter by:There is no cure or approved treatments for ME. Several causes have been implicated in ME, including poor mitochondrial function. Mitochondria are the powerhouse of cells, producing energy. Therefore, loss of mitochondrial function and reduced energy production could be an explanation for the debilitating chronic fatigue that defines ME. The primary site of red light absorption in cells is the mitochondria. Mitochondrial red light absorption can boost energy production. Light therapy is already FDA approved for the treatment of acne, muscle and joint pain, arthritis, blood circulation issues and hair loss. This is the first study to trial the use of red light therapy in ME and results will help us understand if the use of red light therapy is accepted by ME patients. In past clinical trials the monitoring of symptom reduction/increase in ME patients was mainly done using symptom questionnaires. These questionnaires have not been specifically developed for ME symptoms and therefore the reliability of results is poor. This study will be assessing the use of a new symptom questionnaire developed specifically for ME and will also be trialling the use of other tools to measure symptom reduction/increase. In addition, this study will also trial the use of Mantal, an online remote research management portal. This is to improve accessibility of ME patients to research participation. Each ME participants involvement in the study should take approximately 7 weeks. Involvement is split into four phases: 1) baseline, 2) intervention, 3) follow-up and 4) feedback. Baseline assessments: - Week one: complete a 27-item questionnaire on functional capacity (FUNCAP27) and online cognitive function tests - Week two: participants are posted an activity monitor which they are to wear for seven days. Participants will complete a sleep diary (consensus sleep diary version E) for seven days Intervention: - Participants are posted the red lamp to use in their own homes during weeks three and four. Participants use the red lamp for two minutes, daily, each morning for a total of 14 days. Follow-up: - Weeks five and six - Repeating the baseline assessments Feedback: - Participants are asked to complete an online questionnaire during week seven.
Date of notification letter to the IRB informing start of recruitment activities: October 21, 2023. Long COVID is a multi-systemic condition comprising often severe and persistent symptoms (longer than 12 weeks) that follow a known episode of COVID-19 and cannot be explained by another medical condition. This condition is observed in up to 15% of all individuals after an acute episode of COVID-19, even in those who had a mild and oligosymptomatic SARS-CoV-2 infection. Around 40% of these patients present symptoms that significantly compromise their daily activities. There is increasing evidence that LONG COVID is accompanied by dysregulated, persistent and uncontrolled inflammation, often accompanied by the development of an autoreactive immune response, including autoantibodies. Symptoms can last months or years, particularly in cases of chronic fatigue syndrome, with significant proportions of individuals having significant chronic impairment, preventing the performance of work and social activities.
The objective of this observational study is to document symptom progression in 60 patients with myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS) who undergo Hyperbaric Oxygen Therapy (HBOT) following COVID or other infections. Participants will receive HBOT treatment as an additional option after completing the Chronic Fatigue Syndrome CARE (CFS_CARE) study and will be invited to take part in this observational study. Patients will complete health evaluations in the form of questionnaires, including the 36-Item Short Form Health Survey (SF-36), to assess changes in ME/CFS-related symptoms after HBOT. Rather than evaluating the efficacy of HBOT itself, the study will focus on observing and documenting these changes. Its goal is to offer valuable insights into symptom progression in ME/CFS patients receiving HBOT, which can serve as a foundation for future interventional randomized controlled trials.
Over 500 million people have been infected with COVID-19, and to date, more than 6 million people have died. Many individuals who have recovered from COVID-19 continue to experience symptoms even after they have been "cured" of the disease. This condition is known as post COVID-19 condition, which can have serious health consequences. A common symptom among these individuals is chronic fatigue, characterized by persistent tiredness or lack of energy. This study aims to explore a novel treatment for symptoms of post COVID-19 condition, known as hyperbaric oxygen therapy. This approach has shown promise in helping people with post COVID-19 conditions and treating some other causes of fatigue. Hyperbaric oxygen therapy involves placing patients in a small chamber where they receive high oxygen gas levels. However, this treatment is expensive and time-consuming, and it is unclear if this treatment can be effectively assessed in a large-scale research study. This small study will help us decide if conducting a large research study is feasible. The investigators aim to assess if hyperbaric oxygen therapy can improve symptoms of post COVID-19 condition, such as fatigue.
The study use a triple blind, placebo-controlled design enrolling male and female subjects between 30-70 yo to evaluate the effect of daily consumption of a cacao supplement on inflammation, endothelial damage, handgrip strenght, fatigue scale and quality of life.
Pilot-case-control study on exertion and orthostatic intolerance of adolescents with myalgic encephalomyelitis/ chronic fatigue syndrome (ME/CFS) compared to age-matched healthy controls (HC).
This study will be building on the findings of Kalfas et al 2022 paper exploring the prevalence of generalised worry in patients with Myalgic Encephalomyelitis/ Chronic Fatigue Syndrome (ME/CFS) before and after Cognitive Behavioural Therapy (CBT). The research was conducted in South London and Maudsley NHS Foundation Trust's (SLaM) Persistent Physical Symptoms Research and Treatment Unit. Previous research has indicated a bidirectional relationship between fatigue and worry (Kalfas et al., 2022); the findings of this paper suggest both that many ME/CFS patients experience comorbid problematic generalised worry and that there is a positive association between severity of worry and levels of fatigue (Kalfas et al, 2022). It appears that CBT for ME/CFS indirectly treats worry, however effect sizes are small to moderate, and treatment outcomes may improve if CBT treatments incorporate strategies that target generalised worry (Kalfas et al 2022). The aims of this project are to further explore worry in this group of patients through qualitative methods.
The objectives of this study are: Firstly, to investigate the association between psychiatric disorders and functional somatic disorder (FSD). Secondly, to investigate whether psychiatric disorders are risk factors for newly developed (incident) FSD after a 5-year follow-up period.
The Munich cohort study MUC-CFS aims at the characterization and long-term follow-up of myalgic encephalitis/chronic fatigue syndrome (ME/CFS) in young people aged up to 25 years, as well as at the identification of pathomechanisms, biomarkers, and targets for future treatment approaches.
Telerehabilitation is a great alternative to offering care during a global pandemic. 85% of patients with COVID-19 report persistent symptoms up to 8 months after the infection. There are no clear recommendations for post-covid rehabilitation. The aims of the study are (1) to test the logistic aspect of implanting a hybrid rehabilitation program and (2) to evaluate the acceptability and the potential impact of the program on treating patients with functional limitations and persistent fatigue symptoms. It's a pre and post-study without a control group.