View clinical trials related to Somatoform Disorders.
Filter by:This randomized controlled study aims to evaluate the efficacy of exposure-based Internet-delivered cognitive behavior therapy for children 8-12 years with Functional Abdominal Pain Disorders. The children participate along with their parents, who will also receive specific modules with information on how to support their children in the treatment. Predictors and mediators for treatment effects will be studied as well as the cost effectiveness of the intervention.
Introduction: Patellofemoral pain syndrome (PFPS) is related to the previous sore knee, change functionality and postural control deficits. One of the possibilities for pain control and better positioning of the patella is the rigid bandage patellar widely used by clinicians and researchers. Objective: To evaluate the effect of rigid patellar bandage on postural control, pain and function in sedentary women with PFPS. Methods: The sample will be composed of 30 volunteers, sedentary, between 18 and 55 years; randomized group Bandage Functional Rigid (n = 15) and Banding Placebo (n = 15). All fill the Personal Data Sheet, Visual analog scale Pain Questionnaire Previous Knee Pain Scale; and will be submitted to analysis of postural control (static and dynamic) and carry out the test and sit up in pre conditions and post application of the bandage. Hypothesis: Expected to observe the effect of rigid patellar bandage in pain, function and postural control in sedentary women with PFPS.
To date, there are no valid and reliable pressure pain threshold scales for use in research or clinical practice. The existing manual palpation protocols and scales have limited support in the literature and our knowledge has not advanced since these scales were proposed in the 1990's. Therefore, the purpose of this investigation was to develop a valid and reliable PPTS in order to provide an objective means of assessing pressure pain thresholds and create a reliable method of communication among clinicians for individuals with a diagnoses characterized by MPS and FM. These conditions were chosen based on their high prevalence among chronic pain conditions and are also dependent upon the manual palpation examination for their diagnosis.
"Brain signatures" as objective measures of acute pain have been characterized with functional magnetic resonance image and machine learning technology. As compared to acute pain, chronic pain leads to greater socioeconomic burden. However, measures for chronic pain remain subjective and suboptimal, and the brain signatures for chronic pain are largely unknown. Chronic migraine and fibromyalgia are two prototypes primary chronic pain disorders with high disability and intractability with prevalence of around 2% for both diseases. These two chronic pain disorders have shared clinical presentations (abnormal pain sensitivity, mood and sleep disorders), pathophysiology (central sensitization) and medical treatment (anti-depressants), despite different body parts are involved (head vs. whole body). The present integrated project aims to characterize both common and disease-specific brain signatures of chronic pain by investigating these two chronic pain disorders. Our findings may shed some light on the key mechanisms of pain chronification, and may pave the way for the optimization of diagnosis and prognostication, as well as formulation of personalized medicine in chronic pain, so as to improve life quality of these patients and to reduce socioeconomic loss. The present project includes three interdisciplinary sub-projects (plus one animal study, not listed here): A: Clinical studies for chronic migraine and fibromyalgia: endophenotypes and pain chronification B: Functional neuroimaging of chronic pain: multimodal quantitative analysis of brain connectomes C. Data stream mining technology for multimodal physiological signals of chronic pain: real-time tracking and clinical correlation The specific aims of the present projects include: 1. Identification of common and disease-specific brain signatures for chronic pain (sub-projects A, B, C) 2. Investigation of clinical indicators with predictive values by machine learning analysis of big data (sub-projects A, B, C) 3. Elucidation of the specific anatomical structures or neural networks underpinning pain chronification based on clinical neuroimaging (sub-projects A, B) In this 1st-year pilot study of the 4-year longitudinal study, we will establish experimental platforms for each sub-project, start to recruit participants and perform endophenotyping, as well as have a preliminary integration for sub-projects A, B and C.
Patellofemoral Pain Syndrome (PFPS), also known as the anterior knee pain, is one of the most common musculoskeletal disorders. Most of the patients suffer from knee pain for long time. The aim of this study was to investigate the short-term effects of Mobilization with movement and Kinesiotaping on pain, function and balance in patient with PFPS.
A French University team (M. Jeanne, MD, and M. LOGIER, Ph D) have developed a pain assessment tool based on the analysis of the variability heart rate which evaluates the Analgesia Nociception Index (ANI). This index is intended to give a quantification of pain. The aim of the present study is to assess the validity of the ANI parameter in patients with Complex Regional Pain Syndrome treated with a nerve block (reversible pain).
The overall objective of this project is to compare the three home-managed treatment regimens for PFPS: neuromuscular electrical stimulation (NMES), transcutaneous electrical nerve stimulation (TENS), and NMES combined with TENS to a standard home exercise program (HEP). Each of the three treatment arms will be supplemented by HEP and compared to a group receiving standard HEP alone. The central hypothesis is that the combination of NMES with TENS will show significantly greater improvements in muscle strength, mobility, pain, daily activity and quality of life (QOL) than HEP alone. The investigators are examining: 1) whether the three treatment regimens are significantly more efficacious than standard HEP alone in improving lower extremity muscle strength, physical activity, mobility, pain, and quality of life; 2) lower extremity muscle strength, physical activity, mobility, pain, and quality of life differ significantly across the 4 time periods; 3) is there an interaction between treatment and time in relation to lower extremity muscle strength, physical activity, mobility, pain, and quality of life.
To assess the feasibility of conducting a larger cluster randomized controlled trial to facilitate the effectiveness of a complex Knowledge Translation (KT) intervention, i.e. implementation of multimodal care, into chiropractic clinical practice, designed to improve the management of patients with Non-Specific Neck Pain (NSNP) disorders. To evaluate feasibility, the investigators will ascertain how well participating chiropractors and patients adhere to the study protocol and will solicit feedback from them about the overall usefulness of the content and format of the KT intervention. This study will determine planning for the main study and also the outcomes to be used as a primary outcome.
Patients with PFPS demonstrate quadriceps and hip musculature weakness, altered lower extremity (LE) kinematics, and decreased LE flexibility. Psychosocial factors have also been identified as an important factor in patients with PFPS. The authors hypothesize that an ordered approach addressing each of these impairments sequentially will result in greater improvement in PFPS symptoms. The results of the investigators pilot study assessing the feasibility of using a sequential approach showed a full randomized controlled trial is warranted, the authors now plan to proceed with a full trial. The objective of this study is to assess the efficacy of a sequential approach in the treatment of Patellofemoral Pain Syndrome. Methods: Patients will be randomized to a sequential treatment approach using a PFPS treatment algorithm (PFPS Algorithm) designed by the authors or typical physical therapy care. Due to the constant evaluation necessary no blinding will be performed. Patients will attend therapy two times per week for six weeks. Pain, Anterior Knee Pain Scale (AKPS), and Global Rating of Change (GROC) will be measured at evaluation and discharge, 3 month follow-up and 6 month follow-up.
The aim of the study will be to assess the effectiveness of Diacutaneous Fibrolysis technique on pain, range of motion (Patellofemoral joint mobility test and muscle length test), strength and function in patients with Patellofemoral Pain Syndrome and muscle shortening. Muscle imbalance is one of most important factor associated with Patellofemoral Pain Syndrome. Shortening of lateral muscles of the thigh have a close relationship with patella position and tracking and patellofemoral pain. The scientific evidence for effectiveness of any soft tissue mobilization technique in patellofemoral pain syndrome patients is poor. Diacutaneous Fibrolysis is a non-invasive physiotherapeutic technique to release adherences and fibrosis between the different musculoskeletal structures. Diacutaneous Fibrolysis is applied by a set of metallic hooks having the advantage of allowing a deeper and more precise application, which could not be achieved manually. The present study evaluates the effectiveness of Diacutaneous Fibrolysis technique applied in the soft tissues more related with patellofemoral pain.