Pain management techniques may influence how the brain processes pain and may help patients with fibromyalgia (FM), a chronic pain condition. This study will train patients with FM to use pain management techniques. Investigators will use brain scanning (functional magnetic resonance imaging, or fMRI) technology to identify changes in how a patient's brain processes pain over time. This study is primarily interested in examining cortical response to different behavioral interventions.
FM is a chronic pain condition that has no cure, and drugs are only partially successful in managing its symptoms. Many people with FM utilize nondrug management methods, such as exercise, for symptom relief. Nondrug methods can be quite effective, but some patients find it difficult to use these methods consistently. This study will determine which nondrug methods relieve FM symptoms by examining patients' brains after exercise or relaxation techniques. Preliminary data indicate that beliefs about one's personal ability to control pain result in use of differential neural mechanisms to process pain. This study will use fMRI, a tool for visualizing pain-processing patterns, to gain insights into how exercise and relaxation techniques modify pain processing in patients with FM. There are four arms in this study. All participants with FM will be randomly assigned to one of three study arms. Participants in Arm 1 will receive relaxation training to supplement standard care for FM. Arm 2 participants will be prescribed an exercise regimen to supplement standard care. Participants in Arm 3 will receive standard care only. Arm 4 is a healthy control group, which will be followed during the 8-week intervention period. At baseline, all participants will undergo blood collection and physical examination and will complete questionnaires about demographics, treatment history, symptoms, functional status, affective status, and beliefs about pain. They will also undergo a baseline fMRI imaging study, combined with evoked pressure pain testing, to evaluate differences in neural mechanisms involved in pain processing. Patients in Arms 1 and 2 will then attend one face-to-face training session with a therapist, followed by phone contact over the next 8 weeks. Participants will be asked to record pain and adherence to treatment on an electronic diary. After 8 weeks, all study participants will undergo a second fMRI scan, blood collection, and physical examination, and will complete questionnaires similar to those completed at baseline.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
97
Aerobic Exercise is a self-management technique that increases personal control over pain by enhancing physical fitness. Patients will be encouraged to choose activities best suited to their tastes and current lifestyle, incorporating lifestyle physical activities (climbing stairs, household chores, etc) and more traditional exercise activities (walking, cycling, etc.). Subjects will use ratings of perceived exertion (RPE) to guide their effort. The intervention will consist of two-hours of face-to-face contact followed by weekly telephone contact for 8 weeks. Face-to-face contract will include receiving a standardized instruction manual for exercise, a demonstration on how to perform relaxation, and tailoring homework assignments to be monitored on the weekly phone call.
Relaxation is a self-management technique that increases personal control over pain by relaxing tense muscles, allowing the body to rest, and improving mental clarity through concentration and attention and has a great deal of empirical research supporting its effectiveness as a means of pain management. A variety of relaxation skills will be taught with some being based on muscle relaxation, and others focused more on cognitive relaxation and imagery. The intervention will consist of two-hours of face-to-face contact followed by weekly telephone contact for 8 weeks. Face-to-face contract will include receiving a standardized instruction manual for relaxation, a demonstration on how to perform relaxation, and tailoring homework assignments to be monitored on the weekly phone call.
Chronic Pain and Fatigue Research Center, University of Michigan
Ann Arbor, Michigan, United States
Change in clinical pain
Time frame: Measured at Week 8
Change in activation pattern in fMRI
Time frame: Measured at Week 8
Change in locus of control
Time frame: Measured at Week 8
Improvement in symptoms
Time frame: Measured at Week 8
Improvement in function
Time frame: Measured at Week 8
Improvement in mood
Time frame: Measured at Week 8
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Participants in the standard care control group will not receive any additional intervention beyond that which they are receiving from their routine health care professional.