Condition
Fatigue clinical trials and research
As of November 12, 2026, Find a Trial lists 64 Fatigue clinical trials that are recruiting, at sites in 20 countries (most in United States (26), Turkey (Türkiye) (5), Sweden (5)). 1 was first registered in the last 30 days. By phase: Phase 2 (5), Phase 3 (3), Phase 4 (2), Phase 1 (1). The most active sponsors are Karolinska Institutet (3), M.D. Anderson Cancer Center (3), University of Illinois Chicago (2). There are also 83 NIH-funded research projects on Fatigue, with $37.9 million in listed awards. Every study is explained in plain English. Data from ClinicalTrials.gov and NIH RePORTER, updated November 12, 2026.
- 64Clinical trials
- 83NIH research projects
- 1New in 30 days
- 20Countries
Newest Fatigue clinical trials
All recruiting trials (64)
-
Remote Ischaemic Conditioning for Fatigue After Stroke 2
Aat least 12 weeks after stroke, adults with post-stroke fatigue will try a simple hand-arm cuff treatment at home to see if it helps reduce fatigue.
-
Micro-choice-based approach to fatigue management
A small study in Basel will test a new four-day group program using micro-choices to help people with fatigue from multiple causes see if it’s doable, acceptable, and may help daily functioning.
-
HBS-301 for Narcolepsy: daily wakefulness and sleepiness improvement in adults
This Phase 3 study tests HBS-301 vs placebo in adults with narcolepsy to see if it helps with daytime sleepiness, cataplexy, sleepiness, and fatigue.
-
See if Nuvastatic helps with cancer-related fatigue in colon cancer patients on first-line chemotherapy
This trial tests whether Nuvastatic can lessen fatigue in adults with colon cancer who are receiving their first round of chemotherapy, compared to placebo.
-
Balance and gait in multiple sclerosis: linking motion data to function
Researchers will see if precise motion measurements of balance and walking relate to everyday functional tests in adults with MS.
-
Relaxation and breathing techniques to help with breathlessness and tiredness in cancer patients in palliative care
This study tests whether progressive muscle relaxation or deep breathing exercises can reduce dyspnea and fatigue and improve self-care in adults with cancer receiving palliative care.
-
Photobiomodulation before NMES to see if it reduces fatigue and muscle damage
This trial tests whether a light-based treatment (photobiomodulation) given before a fatiguing electrical stimulation can lessen fatigue, muscle damage, and discomfort in healthy adults.
-
Predictors of fatigue over three months in people with Sjögren's disease
This project will try to see if measures taken at baseline—like pain sensitivity, mood, sleep, and activity—predict how fatigue changes over three months in adults with Sjögren's disease who attend a rheumatology clinic.
-
Laser acupuncture for fatigue in adults on hemodialysis
This trial tests whether low-level laser acupuncture can reduce fatigue and improve quality of life for adults with end-stage kidney disease who are on regular hemodialysis, compared with a sham treatment.
-
Remotely Delivered Pilates for MS: Walking, Balance, Fatigue, Mood and Quality of Life
A 16-week remote Pilates program will be tested to see if it helps walking, balance, fatigue, pain, mood, thinking, and quality of life for people with multiple sclerosis who can participate from home.
-
Relationship Between Gum Disease and Sleep Quality
This project will see if periodontitis and saliva inflammation markers (IL-6, IL-10, pentraxin-3) are linked to poorer sleep quality and greater fatigue in adults.
-
Fatigue and thinking problems after allogeneic stem cell transplant (synapse damage or brain GVHD)
This project uses PET scans and spinal fluid samples to try to find why people who had an allogeneic stem cell transplant have persistent fatigue and thinking problems.
-
What in the brain causes fatigue after COVID-19
This project will see what's happening in the brains of adults with long COVID who have ongoing fatigue or brain fog to find targets for treatment.
-
Injectable Niagen®Plus given under the skin or into muscle at two dose levels
This trial tests whether injectable Niagen®Plus (50 mg or 100 mg), given under the skin or into muscle, is safe and raises blood NAD+ in generally healthy adults who report fatigue.
-
Post-stroke fatigue and related clinical factors
We will try to find how common fatigue is and which health and personal factors are linked to it in adults at least three months after their first stroke.
-
Sexual problems in women with relapsing-remitting multiple sclerosis
See if sexual dysfunction is common in women aged 25-50 with relapsing-remitting MS and whether it's linked to fatigue, mood, bladder symptoms, and cognitive problems.
-
RISE‑YA tele‑exercise to reduce fatigue in young adult brain tumor survivors
This project will test whether a supervised tele‑exercise program called RISE‑YA helps reduce cancer‑related fatigue in young adults who survived brain tumors.
-
Monitoring daily fatigue in adults with cerebral palsy or acquired brain injury
This project will try to capture how often and how intense fatigue is for adults with cerebral palsy or acquired brain injury by asking them to report symptoms on their phone multiple times a day.
-
Exercise plus cognitive behavioural therapy for fatigue in women treated for breast cancer in Singapore
This program tests whether graded exercise combined with cognitive behavioural therapy can reduce fatigue and help women with breast cancer stay on their treatment plans.
-
Virtual groups to reduce sarcoidosis-related fatigue
This project tests whether an 8-week virtual Mindfulness-Based Stress Reduction (MBSR) program can help reduce fatigue and improve anxiety and depression in adults with sarcoidosis compared with a monthly virtual support group.
-
Cystic Fibrosis Wellness Program for Adults with Fatigue
This pilot randomized trial will try a combined cognitive behavioral therapy and physical activity coaching program to see if it helps adults with cystic fibrosis who have significant fatigue sleep better, move more, and sit less.
-
Lifting More Than Weights: a resistance exercise program to reduce fatigue after breast cancer across socioeconomic groups
This project will try a tailored resistance exercise program to see if it helps reduce fatigue and improve readiness to exercise in Appalachian breast cancer survivors from different socioeconomic backgrounds.
-
Effects of intermittent fasting on sleep and quality of life
This study is testing if different schedules of intermittent fasting can improve sleep quality and overall well-being in healthy volunteers.
-
How physical fatigue affects cognitive performance in multitasking
This study tests how being physically tired affects people's ability to think and perform tasks at the same time.
-
Physical activity program for cancer survivors in Acres Homes
This study is testing a special exercise program for cancer survivors in Acres Homes to see if it helps them feel stronger and improve their quality of life.
-
Measuring oxygen levels during intense squat exercises
This study is testing how intense squat exercises affect oxygen levels and fatigue in active individuals to see how hard they can push themselves.
-
Fisetin for fatigue in older cancer survivors
This will see if taking fisetin pills in short dosing periods reduces fatigue in cancer survivors aged 65 and older.
-
Understanding and treating fatigue in primary care patients
This study is testing a new online therapy for fatigue to see if it helps people in primary care feel better compared to regular treatment.
-
Using smartphone recordings to assess symptoms of Myasthenia Gravis
This study is testing if smartphone recordings can help track symptoms like speech problems and fatigue in people with Myasthenia Gravis.
-
Program to support healthcare managers in promoting employee recovery
This study tests a program that helps healthcare managers learn how to better support their employees' recovery from burnout and improve their sleep.
-
Understanding cancer-related fatigue in survivors
This study looks at how cancer-related fatigue affects survivors and how they talk about it with their doctors to help improve communication and support.
-
Using magnetic stimulation to reduce fatigue in multiple sclerosis
This study is testing if a type of magnetic stimulation can help reduce fatigue in people with Relapsing-Remitting Multiple Sclerosis.
-
Comparing eccentric and traditional exercise on fatigue in multiple sclerosis
This study is testing whether eccentric exercise is better than traditional exercise for reducing fatigue in people with multiple sclerosis.
-
Effects of nutrient timing on cancer-related fatigue
This study is testing if eating all meals within a 10-hour window can help cancer survivors with blood cancers feel less tired and improve their quality of life.
-
Identifying optimal work/rest cycles for military missions in heat
This study is testing different work and rest schedules for military missions in hot weather to see which ones help soldiers perform better and stay safe from heat-related issues.
-
Investigating fatigue and cognitive dysfunction in patients after stem cell transplantation
This study is trying to see if there are specific signs in the blood and spinal fluid that can help identify fatigue and thinking problems in patients who have had stem cell transplants.
-
Impact of Increased Physical Activity on Rheumatoid Arthritis Outcomes
This study is trying to see if increasing physical activity after starting a new RA treatment helps people feel better and how fibromyalgia might change that.
-
Using Dyanavel XR to treat fatigue in adults with ADHD
This study is testing if Dyanavel XR can help adults with ADHD feel less tired over 10 weeks compared to a placebo.
-
Improving physical activity for people with mobility impairments
This study is testing whether providing exercise videos and health coaching can help people with mobility challenges become more active and stay motivated over 32 weeks.
-
Using Transcranial Pulse Stimulation to treat Post-COVID-19 symptoms
This study is testing if a new brain stimulation treatment can help people with lingering neurological symptoms after COVID-19, like fatigue and memory issues.
-
Rehabilitation program to reduce fatigue after COVID-19
This study is testing a new rehabilitation program called COVIDEx to see if it can help people with Long COVID feel less tired compared to standard care.
-
Combining therapy to reduce cancer-related fatigue in metastatic cancer patients
This study is testing if combining therapy with a placebo can help reduce fatigue in people with metastatic cancer.
-
Dietary intervention to reduce symptoms of long COVID
This study is testing if a special diet can help adults aged 50 and older with long COVID feel less tired and improve their muscle strength.
-
How the brain contributes to mental and physical fatigue
This trial tests whether two drugs that change brain chemicals—methylphenidate and reboxetine—alter how healthy, physically active adults feel and perform during mental and physical fatigue.
-
Using brain stimulation to reduce fatigue after a stroke
This study is testing whether a brain stimulation treatment can help reduce fatigue in people who have had a stroke.
-
Ear acupuncture for patients with multiple myeloma
This study tests whether ear acupuncture can help improve the quality of life for patients with multiple myeloma by reducing symptoms like anxiety, pain, and fatigue.
-
Nutrition's impact on fatigue after stroke
This study is testing if a nutritional supplement can help stroke survivors feel less tired and improve their overall well-being.
-
Walking exercise to reduce fatigue in older breast cancer survivors
This study is testing whether two types of walking exercises can help older women who have survived breast cancer feel less tired.
-
Training therapists to provide evidence-based therapies for cancer patients
This study is testing whether training therapists to provide personalized therapy can help cancer patients manage their stress and improve their overall well-being during treatment.
-
Evaluating Redsenol-1 Plus for cancer-related fatigue in adults
This study is testing if a new treatment called Redsenol-1 Plus can help adults with cancer-related fatigue feel better compared to a placebo.
-
Magnetic stimulation treatment for fatigue after stroke
This study is testing whether a type of magnetic treatment can help stroke survivors feel less tired and improve their overall well-being.
-
Monitoring fatigue and attention in sleep-deprived medical residents
This study is testing a new device that helps track fatigue and alertness in medical residents working night shifts to see if it can spot changes in their brain activity when they’re sleep-deprived.
-
Effects of electrical stimulation on fatigue in healthy individuals
This study tests if a mild electrical current applied to the neck can help healthy adults feel less tired and improve their muscle performance.
-
Exploring the link between immunoglobulin deficiency and fatigue in multiple sclerosis patients
This study is trying to see if low levels of a certain antibody in people with multiple sclerosis can be a cause of their fatigue and if treating it could help them feel better.
-
Modafinil to reduce fatigue and thinking problems in advanced cancer
This project tests whether modafinil helps people with advanced cancer who have significant fatigue and related thinking problems.
-
Impact of American Ginseng on Fatigue in Breast or Gynecological Cancer Patients
This study is testing if a supplement made from American ginseng and vitamin C can help breast or gynecological cancer patients who feel tired after their treatment feel less fatigued.
-
Home exercise program to enhance quality of life for colorectal cancer patients
This study tests if a 12-week home exercise program using elastic bands can help improve quality of life for people with colorectal cancer.
-
Dynamic lighting to improve sleep and circadian rhythm in frail older adults
This test will try dynamic, spectrum-changing hospital room lighting to improve sleep and circadian rhythms for people aged 65 and older during their hospital stay.
-
Evaluating the effects of exercise therapy on veterans' health
This study tests whether a specific exercise program can help U.S. veterans with chronic pain, fatigue, and depression feel better physically and mentally.
-
Using sodium bicarbonate to improve muscle health in chronic kidney disease
This study is testing if sodium bicarbonate can help improve muscle health and endurance in people with chronic kidney disease.
-
Cognitive Function and Fatigue After Brain Abscess
This study is testing how brain abscesses affect thinking skills and tiredness in people who have had this condition.
-
Using advanced MRI to study brain changes in stroke patients
This study is testing a new MRI technique to see how stroke and TIA affect brain connections and if this helps explain the fatigue that many patients feel afterward.
-
Understanding how fatigue affects effort perception in decision-making
This study is trying to see how feeling tired affects how people judge the effort needed for tasks, especially to help understand motivation in mental health issues.
-
Fatigue and muscle health in severe axial spondyloarthritis
This project will test whether reduced muscle strength, mass, and exercise capacity explain severe fatigue in adults with axial spondyloarthritis who are just starting targeted therapy.
NIH-funded research (newest 40 of 83)
Early-stage science funded by the US National Institutes of Health. Most of these projects don't enroll patients, but they show what is being worked on.
-
Telehealth exercise program to help rural breast cancer survivors fight fatigue
A telehealth exercise program is being tested to reduce cancer-related fatigue in rural breast cancer survivors.
-
DESCANSO: A friendly CBT plan to ease depression, sleep problems, and fatigue in Latino cancer patients
A Spanish-speaking CBT program called DESCANSO is being tested to help Latino cancer patients feel less tired, sleep better, and happier.
-
Time-restricted eating for fatigue and frailty in people with cancer
A 12-week study will test whether eating within a daily 10-hour window helps reduce fatigue and slow frailty in people living with advanced cancer.
-
Gut microbiome imbalance linked to brain fog and fatigue after COVID-19
A study will explore whether shifts in gut bacteria after COVID-19 contribute to brain fog and fatigue and how this relationship could point to new treatments.
-
Human Herpesvirus 6B and ME/CFS: does the virus cause or follow immune problems?
A study to see if HHV-6B reactivation is a cause or result of immune problems in people with ME/CFS, using long-term follow-up and biosamples from patients and controls.
-
Understanding fatigue in COVID-19 and beyond
This grant aims to uncover why fatigue happens in people after COVID-19 and in other conditions, using new brain and body measurements to find clearer targets for treatment.
-
Measuring voice tiredness in the lab and everyday life
This project uses wearable sensors, lab recordings, and machine learning to track how vocal tiredness builds up and recovers in adults who rely on their voice.
-
Long COVID as a possible subtype of chronic fatigue syndrome
A study at a major hospital will look at whether Long COVID shares biology with chronic fatigue syndrome and what genetic and immune factors may link them.
-
Time-restricted eating to help fatigue in blood cancer survivors
A 12-week program tests whether eating within a daytime 10-hour window can reduce fatigue in people who have survived blood cancers.
-
Is Long COVID a subtype of chronic fatigue syndrome?
This project looks at whether people with Long COVID share the same genetic and immune signs as people with chronic fatigue syndrome by analyzing large collections of patient data.
-
Improving fatigue and symptom tracking for people with indolent non-Hodgkin lymphoma
A clinician-researcher is building better patient-reported tools to track fatigue and symptoms in adults with indolent non-Hodgkin lymphoma to guide treatment decisions.
-
REVITALIZE: a telehealth program to reduce fatigue interference for adults with advanced ovarian cancer on PARP inhibitors
A telehealth program called REVITALIZE aims to help adults with advanced ovarian cancer on PARP inhibitors feel less affected by fatigue and maintain better daily functioning.
-
Somatosensory problems in people with multiple sclerosis and how they worsen fatigue and balance
This project looks at how sensing troubles in the body’s nerves, common in multiple sclerosis, may make fatigue and balance problems worse.
-
EnergyPoints app helps cancer survivors use acupressure to ease fatigue and sleep problems
A patient-friendly app called EnergyPoints guides adults who have cancer or completed treatment to use acupressure at home to feel less fatigued and sleep better.
-
Acceptance and Commitment Therapy to Help Fatigue and Caregiver Burden in Advanced GI Cancer
A patient-facing trial will test a telephone-based therapy to help people with advanced gastrointestinal cancer manage fatigue and reduce the stress on their family caregivers.
-
Clinically calibrated Fatigue Test to Predict Dental Restorative Materials Performance
A new test tool uses accelerated wear and biofilm studies to predict how long dental resin fillings will last in people.
-
Measuring Treatment Regimen Fatigue in older adults living with HIV
A new tool is being developed to measure the tiredness and burden some older adults with HIV feel from their treatment plans.
-
How teens' sleep patterns affect tiredness and daily functioning
This project looks at how changes in sleep duration and timing relate to tiredness, daytime sleepiness, and everyday functioning in early adolescents, especially in families facing social or neighborhood challenges.
-
Testing new dental materials to predict their performance in patients
This study is working on a new way to test dental materials to see how well they hold up in real life, which could help make your dental work last longer and reduce the need for future visits to the dentist.
-
Investigating MitoQ to reduce fatigue in people with Multiple Sclerosis
This study is looking at whether MitoQ, a special antioxidant, can help reduce fatigue in people with Multiple Sclerosis, as many current treatments don’t work well and can have side effects.
-
Why Long COVID makes people feel physically tired
This project looks at whether people with Long COVID have leakier blood vessels in the brain that make physical effort feel harder.
-
Chemotherapy and your body clock: links to fatigue
This research looks at whether chemotherapy disrupts the brain’s central body clock and causes fatigue in people treated for breast cancer.
-
Why parts of the brain sometimes 'go offline' and cause mental tiredness
This work looks at how brief 'switch-offs' in small brain regions can make people feel mentally exhausted after poor sleep or intense learning.
-
Prefrontal brain stimulation to ease post-stroke fatigue and help language and attention in aphasia
This project uses gentle electrical stimulation to the front of the brain to help people with aphasia after stroke feel less tired and improve attention and language.
-
Understanding how chemotherapy affects the body's internal clock and causes fatigue
This study is looking at how chemotherapy affects the body's natural sleep-wake cycles and causes tiredness in cancer patients, using a special mouse model to find ways to help improve energy levels and overall well-being for those going through treatment.
-
Energize-MBC: a web-based fatigue program for women with metastatic breast cancer
This project will adapt a cognitive behavioral therapy program delivered online to help women with metastatic breast cancer who have tiring side effects from CDK4/6 inhibitor treatment.
-
Daily time-restricted eating to ease fatigue after blood cancers
This project sees whether limiting eating to a 10-hour daytime window can help people who finished treatment for blood cancers feel less tired.
-
Helping overused tendons heal instead of getting worse
This project aims to find ways to make tendons damaged by repeated use recover and stay strong rather than continue to break down for people with tendon overuse injuries.
-
Longer overnight fasting and exercise to reduce fatigue in women with hormone receptor–positive advanced breast cancer
This project will see if longer overnight fasting and regular exercise help women with hormone receptor–positive advanced breast cancer feel less fatigued and improve their quality of life.
-
Telehealth exercise program to reduce fatigue for rural cancer survivors
A remote exercise program is being offered to help rural cancer survivors who have ongoing cancer-related fatigue.
-
HHV-6B (a common herpesvirus) and its link to ME/CFS and Long COVID
This project will follow adults with ME/CFS, some with Long COVID, and healthy controls over time to find out whether reactivation of herpesvirus HHV-6B is linked to changes in symptoms and immune responses.
-
Long COVID may be a form of chronic fatigue syndrome
This project looks for shared genetic and immune causes in people with Long COVID and people with chronic fatigue syndrome to explain lingering symptoms.
-
Understanding and Predicting Severe Fatigue in Cancer Patients
This research aims to understand why some cancer patients experience severe fatigue during and after treatment, and to develop ways to predict who might be most affected.
-
What causes fatigue in long COVID and in healthy people
This project looks at how the brain and muscles create different kinds of fatigue in people with long COVID and in people without COVID.
-
Helping advanced gastrointestinal cancer patients and their caregivers manage fatigue and stress
This study is looking at how a special therapy called Acceptance and Commitment Therapy (ACT) can help people with advanced gastrointestinal cancer feel less tired and improve their overall well-being, while also supporting their family caregivers who may be feeling overwhelmed. The program includes helpful phone calls
-
REVITALIZE: A telehealth program to help adults with advanced ovarian cancer manage fatigue while on PARP inhibitors
This program offers a telehealth approach to help adults with advanced ovarian cancer feel less tired and improve their quality of life while taking PARP inhibitor medications.
-
Improving telehealth therapy for fatigue in people with multiple sclerosis
This study is testing a new online therapy program to help people with multiple sclerosis manage their fatigue, making it easier for them to get support from home.
-
Using an app to help cancer survivors manage fatigue and sleep issues with acupressure
This study is looking at how well the EnergyPoints app can help cancer survivors manage fatigue and sleep issues by using personalized acupressure techniques, so if you're a cancer survivor wanting to feel better, this app might be just what you need!
-
Using brain stimulation to help reduce fatigue and improve language skills after a stroke
This study is looking at how a gentle brain stimulation technique can help people who have had a stroke feel less tired and improve their language and attention skills, making it easier for them to recover and enjoy life more.
-
Investigating how local sleep affects mental fatigue
This study is looking at how not getting enough sleep and heavy studying can make you feel tired and less sharp mentally, and it aims to find out how certain brain cells are involved in this process, so we can learn how to help improve sleep and reduce mental fatigue for everyone.
Related topics
Quick answers
How many Fatigue clinical trials are recruiting right now?
64, as of November 12, 2026. 1 of them was first registered in the last 30 days. We update this list each time we refresh our data from ClinicalTrials.gov.
Where are these trials running?
In 20 countries. The most sites are in United States (26 trials), Turkey (Türkiye) (5 trials), Sweden (5 trials), Canada (4 trials), Denmark (4 trials). Each study page lists its sites and which ones are recruiting.
What phases are they in?
Phase 2: 5, Phase 3: 3, Phase 4: 2, Phase 1: 1. Trials with no phase listed are usually device, behavioural or observational studies.
How do I join one?
Open a study, check the "Is this trial a fit for you?" section, then contact the study team listed on the page. They will ask a few screening questions. Asking is free and does not commit you to anything. Talk it over with your doctor first.
Find the studies that fit you
A list is a starting point. Tell us your situation in your own words and we'll rank the studies that match and explain why. It's free and needs no account.