Active clinical trials for "Multiple Sclerosis"

This prospective monocentric open label trial was realized in the Laboratory of Clinical Functional Exploration of Movement at the University Hospital of Besancon. Cognitive evaluations: 7 days before fampridine treatment initiation (Pre 1), on the day of fampridine treatment initiation (Pre 2), 14 and 21 days after fampridine treatment initiation, respectively Post 1 and Post 2. Gait evaluations were assessed at Pre 1, Pre 2 and Post 1. Fampridine was prescribed according to guidelines issued by the French Health Products Safety Agency at the dose of 10 mg twice daily. Fampridine is indicated for the improvement of walking in MS patients with a walking disability (EDSS 4-6.5). A walking test is recommended to evaluate improvement after 2 weeks of treatment. According to the practitioner evaluation between Pre 2 and Post 1 (i.e. before and after fampridine treatment), patients were classified into 2 groups: responders whose clinical status was improved and non-responders whose clinical status was not improved.

Expanding and priming Bone Marrow (BM)- Mesenchymal Stem Cells (MSCs) to a clinical scale according to Good Laboratory Practice using xenogenic free media instead of the previously used FCS. Assessing the safety of injecting autologous BM-MSCs to Multiple Sclerosis (MS)patients who fail to respond to conventional treatment. Assessing the therapeutic benefits on the participants in the trial as per established methods.

This study will examine whether the Paula method is an effective treatment for UI and the correlating LUTD symptoms. We assume that the Paula method, a simple, non-aerobic exercise method that significantly decreased urinary incontinence in women with MIX in two randomized controlled trials, would also be effective in Multiple Sclerosis (MS) patients with UI. The secondary aim is to evaluate the effectiveness in terms of MS general physical functioning, quality of life and sexual function and to detect adherence and continuity six months post intervention.

The main aim of this trial is to evaluate whether additional acupuncture or mindfulness-based stress reduction is more efficacious than usual care only to reduce fatigue in patients with multiple sclerosis.

Multiple sclerosis (MS) is a disabling and progressive neurological disease that affects approximately 100,000 people in the UK. Many patients with MS experience two phases of disease; early MS (also called relapsing remitting MS, RRMS) and late MS (also called secondary progressive MS (SPMS). Early MS is due to inflammation of the nerves and the insulation (called myelin) that surrounds the nerves. Early MS is often characterised by periods of "attacks" interspersed with periods of "remission" with no or low disease symptoms. Late or progressive MS, which affects the majority of patients and typically emerges after 10-15 years of disease, results from actual nerve death (also called neurodegeneration). The progressive stage of disease results not in individual attacks but slow, cumulative and irreversible disability affecting walking, balance, vision, cognition, pain control, bladder and bowel function. Critically, and unlike early disease, there is no proven treatment for the late stage of MS. This is therefore an urgent and major unmet health need. MS-SMART directly addresses this need and will evaluate in this clinical trial three drugs (fluoxetine, riluzole or amiloride), all of which have shown some promise in MS, and in particular in SPMS. The trial is randomised and blinded. Randomisation means patients can get any one of the three active drugs or the inactive placebo/dummy; blinded means that neither patients nor the doctors will know which drug or placebo patients are receiving. Randomisation and blinding are standard approaches in clinical trials to ensure unbiased testing of drugs. All patients in MS-SMART will have periodic MRI (magnetic resonance imaging) brain scans and after 96 weeks these will be analysed. We will then compare the scans of each drug to the placebo or dummy to see if any of the drugs slow the rate of brain shrinkage that normally occurs in SPMS. This measured change in brain size is the primary (major) outcome of MS-SMART.

The primary purpose of this study is to assess the immune response to vitamin D supplementation at two doses (5,000 IU and 10,000 IU daily) in both healthy controls and patients with clinically isolated syndrome compared to placebo. Secondary endpoints include (1) disease outcome in the clinically isolated syndrome in terms of clinical relapses and evidence of new lesions on MRI (McDonald's MS), 2) Safety of doses used

The purpose of this study was to evaluate the efficacy and safety of Melatonin in treatment of fatigue and Quality of Life of MS patients.

High levels of psychological stress have been reported by 90% of patients with MS experiencing disease exacerbation, and approximately 39% of those with more stable disease course. These stress levels are comparable to patients with a clinical diagnosis of major depression. Cognitive dysfunction affects approximately 40% of community surveyed MS patients, and stress may exacerbate the cognitive burden. Studies have shown that Cognitive Behavior Therapy (CBT) is effective in treating psychological stress. Studies have also shown that exercise is beneficial to mood and cognitive function. Therefore the proposed study will test the comparative benefits of combining CBT and Exercise as an intervention for stress and cognitive dysfunction in MS subjects. The 2 active treatment conditions will be compared with a waitlist control condition. There are 4 broad aims to this study: 1) to compare the relative efficacy of CBT, Exercise, and CBT-Exercise for stress in MS, 2) to examine the extent to which neuropsychological features of stress and MS, especially working memory and executive functioning, improve following treatments, 3) to determine the extent to which neuropsychological factors are associated with successful treatment response and improved quality of life, and 4) to determine if combined CBT-Exercise confers greater benefits on measures of stress and neuropsychological functioning compared with Exercise alone. The study hypotheses are: 1) All active treatment conditions will lead to significantly greater improvement on measures of stress at post-treatment and follow-up compared to waitlist controls, 2) Combined CBT-Exercise will lead to comparatively greater symptom reduction compared to all other conditions at post-treatment and follow-up assessments on measures of stress, 3) All active treatment conditions will lead to significant improvement in neuropsychological functioning (particularly measures of working memory and executive functioning) at post-treatment compared to controls, and 4) Combined CBT-Exercise will lead to greater improvement in neuropsychological functioning compared to all other conditions at post-treatment. The study design allows for examination of the potential additive benefits of CBT and Exercise to usual therapy for patients, and its feasibility as a viable treatment model for MS outpatient clinics and community-based intervention programs. This study will shed light on the treatment of sub-threshold symptoms that are strikingly common in MS population, but often overlooked in favour of more concrete diagnoses (e.g. major depression disorder). This proposed study will also be the first to determine whether evidence-based non-medical treatments for stress and mood disturbances in MS reduce underlying cognitive substrates associated with the illness and known to be exacerbated by stress.

This is a multicenter, randomized, double-blind, placebo-controlled, parallel-group study designed to evaluate the safety, tolerability and activity of ibudilast administered twice daily over a 96 week period in subjects with primary or secondary progressive multiple sclerosis who are currently untreated with long-term MS disease modifying therapy (DMT) or who are receiving either glatiramer acetate (GA) or interferon beta-1, any formulation (IFNβ-1A [Avonex, Rebif] or IFNβ-1B [Betaseron, Extavia]). Study drug or placebo will be administered to a total of 250 male and female subjects from 21 to 65 years old, inclusive, in two treatment groups. Randomization of subjects will be stratified by disease status (primary progressive multiple sclerosis or secondary progressive multiple sclerosis) and immunomodulating therapy status: current use of immunomodulating therapy or no current use of immunomodulating therapy. The study will consist of a screening phase (up to 30 days) followed by a treatment phase (96 weeks) and a follow-up visit (1 month post Week 96 visit). Following the screening phase, subjects who continue to meet entry criteria will be randomly assigned to 1 of 2 treatment groups: doses up to ibudilast 100 mg/day or matching-placebo in a 1:1 ratio. Study drug will be administered twice daily (BID), e.g., ibudilast 50 mg or placebo taken in the morning and evening).

This study is a two-part trial consisting of Part A (see NCT01628393) and Part B, presented within this record. The primary objective of Part B is to assess whether the clinical efficacy of ozanimod (RPC1063) is superior to interferon beta-1a (IFN β-1a; Avonex®) in reducing the rate of clinical relapses at the end of Month 24 in patients with relapsing multiple sclerosis (RMS).