View clinical trials related to Multiple Sclerosis.
Filter by:This trial was an obsevational phase IV prospective multicenter study designed to evaluate the safety and effectiveness of Cinnomer® in patients with MS in Iran. The primary objective of this study was safety assessment of Cinnomer® Secondary objectives were: - Effectiveness assessment of Cinnomer® - Assessment of the patients' QoL - Evaluation of the patients' depression status
To assess the efficacy of Mayzent on microglia pathology in patients with active SPMS, as compared to the active control group of MS patients treated with the Ocrevus, as measured by changes in microglial activation in the lesional and non-lesional NAWM and NAGM and in the peri-plaque area of chronic lesions in the brain.
Multiple sclerosis (MS) is a complex disease that negatively impacts a person's ability to participate in a wide range of important and meaningful activities1-4. MS rehabilitation interventions often focus on reducing symptoms, with the assumption that fewer symptoms will lead to improved participation in daily activities5-8. Yet, literature shows that engagement in necessary and desired activities requires more than symptom reduction - it requires people with chronic diseases like MS to apply their knowledge and skills to a complex self-management process9-11 that balances personal values, and activity and environmental demands. Core self-management skills include self-monitoring, problem-solving, decision-making, goal setting, action planning, and the ability to adjust plans when necessary12. Looking beyond MS, coaching interventions have enabled people with stroke13-16, traumatic brain injury17, and Parkinson's disease18, 19 to develop self-management skills and achieve personally meaningful activity goals. Occupational Performance Coaching (OPC) is a well-developed form of coaching that builds competence in core self-management skills and improves participation in daily activities20, 21. The investigator's preliminary work indicates that OPC is an acceptable and feasible intervention for people with MS22. The investigators now must determine if OPC reduces the impact of MS on participation in daily activities and increases the satisfaction of people with MS in performance of personally important daily activities. Therefore, the investigators will conduct a waitlist-control randomized clinical trial (RCT) with 30 adults with MS to determine if receipt of six OPC sessions improves participants' satisfaction with performance in daily activities (primary outcome). The investigators will also examine whether OPC reduces illness intrusiveness (MS impact), improves resilience, and improves autonomy and participation (secondary outcomes).
Persons with disabilities (PwD) commonly experience fatigue, which often negatively impacts their everyday lives. Management of this symptom can be challenging. Satisfaction with current interventions to manage fatigue is low among PwD and there is a desire for more personalized approaches. The purpose of this study is to develop and test a fatigue self-management intervention using mobile phones that is personalized to each person's needs.
Multiple Sclerosis (MS) is an autoimmune disease characterized by chronic inflammation, demyelination and axonal loss of the central nervous system. The etiology of the disease is not known exactly and possible causes are; genetic, vitamin D deficiency, viral, environmental and autoimmune factors have been identified. Common findings of MS are in the literature; sensory, visual problems, fatigue, urinary retention / incontinence, motor problems (inability to walk, upper extremity skills, coordination and balance problems), cognitive deficits, tone, speech and swallowing disorders. In the rehabilitation of MS; It is seen that balance, coordination, strengthening, aerobic and neurodevelopmental exercise methods are used and these approaches have reached moderate / high level evidence in the literature. Task-oriented circuit therapy(TOECT), one of the current neurophysiology-based approaches; It is a motor learning-based exercise approach based on the theory of dynamic systems, one of the theories of motion control, aiming at the acquisition of skills for a specific functional activity. When the existing studies are examined, it has been determined that there are a limited number of randomized controlled studies examining the effects of TOECT and that sufficient evidence cannot be obtained with these studies. In previous studies, it has been observed that standardization of exercise approaches applied to the control group could not be achieved and the control groups generally included applications that could create passive or effect summation compared to the experimental groups. In addition, in the literature, TOECT, which includes rehabilitation games to be applied in the form of station training, in MS patients; There is no randomized controlled study examining the effects on balance, walking, fatigue, trunk and upper extremity functions and kinematics. In this direction, the purpose of the research is; To examine the effects of technology-supported TOECT and technology-supported home program applied as station training on walking, quality of life, fatigue, balance, trunk and upper extremity functions of patients with MS, using kinematic and clinical methods. Volunteers who agree to participate in the study will be divided into two groups by the block randomization method. Both groups will receive exercise training 3 sessions per week (24 sessions in total) for 8 weeks. Evaluations will be made before and after 8 weeks treatment
ActiSEP is a multicentric academic study. Ambulant patients with multiple sclerosis may be included on a voluntary basis. We plan to include a group of approximately 20 patients with MS. This study include a unique evaluation in the laboratory of analysis of human movement. A set of tasks will be performed by patients wearing of two magneto-inertial sensors.
This study aims to understand whether patients with MS can mount an immune response to SARS-CoV-2 mRNA vaccines (initial vaccinations or booster vaccines) when vaccinated either before initiation of ofatumumab treatment or at least 4 weeks after commencing ofatumumab treatment.
The aim of this study i to investigate a new approach (Physical Peg Insertion Test, PPIT) to measure sensorimotor function in the arm and hand. To achieve this, this novel approach will be compared with an existing approach (Virtual Peg Insertion Test, VPIT).
MS is an autoimmune disease of the central nervous system that affects more than 120,000 people in France. The average age of onset of the disease is between 25 and 35 years. Given the wide range of ages of the patients, from 4 to 80 years, the ethical and socio-economic stakes are high in order to maintain their autonomy, sociability, family and intimate life, and their employment in the best possible conditions and for as long as possible. However, to date, there are no evaluation tools in French that allow us to understand the difficulties at work of MS patients. The Multiple Sclerosis Work Difficulties Questionnaire (MSWDQ-23) was developed specifically for MS patients and validated in English [1]. There is a short version of this questionnaire that facilitates its use in clinical practice [2]. It has been translated and validated in Spanish through a multicenter study, and is currently being validated in German, but does not currently exist in French [3]. The main objective of the WORKSEP project is to validate the French version of this questionnaire through a multicenter population-based cohort within the framework of the French-speaking Multiple Sclerosis Society (SFSEP). This validation study will involve the inclusion of 206 French-speaking MS patients, regardless of their professional status, all forms of MS combined, from the early stage (Clinically Isolated Syndrome) to the more advanced stages (primary and secondary progressive forms).
This work is embedded in the context of auditory-motor coupling, which entails the engagement of two systems; the interaction between the music (or repetitive auditory stimuli) and a walking individual (repetitive movements of footfall). In previous studies, the investigators have shown that synchronising steps to beats in music have shown to be feasible in persons with multiple sclerosis, showing increase of step frequency and reduced perceived fatigue[1, 2]. In this current work, The investigators expand previous findings with a pilot intervention study, to investigate if synchronisation is necessary to improve cognitive and motor functions. The proposed experiment includes 30 participants, randomised to three arms of a pilot intervention (10 participants per arm). With the intention of a further case-study analysis, the inestigators request to include 4 additional participants (2 PwMS with cognitive impairment, and 2 persons with cerebellar lesion) to only follow the intervention arm 1.