Active clinical trials for "Multiple Sclerosis"

The purpose of this study is to demonstrate the superiority of MD1003 over placebo in the visual improvement of patients suffering from chronic visual loss resulting from multiple sclerosis related optic neuritis.

This is a multi-centre, double blind, randomised, placebo controlled, parallel group, phase 4 pilot study investigating colecalciferol (vitamin D3) as an add-on treatment to subcutaneously administered interferon-beta-1b in relapsing-remitting multiple sclerosis patients.

Hypothesis: Treatment with Glatiramer acetate prevents deterioration of gait in multiple sclerosis (MS) patients. During the study patients will undergo a 3 dimensional gait analysis before starting treatment with glatiramer acetate and after 1 year of treatment.

Ultimately a marker of microglial activation could be used for large-scale quantitative brain imaging trials in Alzheimer Disease (AD), Parkinson Disease (PD) or Multiple Sclerosis (MS), specifically to investigate the agent as an objective biomarker in treatments aimed at reducing inflammatory changes in these conditions. The significance of this work lies in applying state-of-art quantitative neuroimaging tools to develop a relevant biomarker in individuals with neurodegenerative diseases with the intention of using this efficiently in large clinical imaging trials.

The aim of the study (OVERACT_V1) is to verify if the isometric contraction of ankle plantarflexor and Hamstring muscles, induces a significant reduction of overactive bladder symptoms in patients with Multiple sclerosis.

The purposes of this study is to investigate the relationship between upper extremity muscle function and shoulder position sense in patients with Multiple Sclerosis (MS) and which best projects the disability status. Upper extremity dysfunction is considered to be the main cause of the loss performance of activities of daily living and this problem was include all motor and somatosensory components of function. Any failure in each of these components will likely create an impairment in the normal function. One of the most important components of the somatosensory system is joint position sense, a sub-modality of proprioception. Position sense disorders are seen from the early stages of the disease and upper extremity function problems is experienced depending on position sense disorders in patients with MS. Expanded Disability Status Scale (EDSS) is one of the most commonly outcome measures in evaluating the level of disability in MS population. Because EDSS scale emphasis on ambulation, so it is insensitive to upper extremity function. But the ability to use walking aids (e.g., canes, walkers, wheelchairs, etc.) may be affected by the UE impairment so shoulder position sense. When literature is examined, there is no study which examines the relationship between upper extremity muscle function and shoulder position sense in patients with Multiple Sclerosis and which best projects the disability status. For all these reasons, we think that shoulder position sense is changed both dominant and non-dominant side during flexion and abduction movements in mild-moderate MS patients and that these deficits are correlated with upper extremity function and disability level.

Cognitive impairment is nowadays more and more recognized as an important feature of the multiple sclerosis (MS) disease which contributes largely to disability. Cognitive assessment using classical neuropsychological tests are poorly correlated with patient's complaints and daily functioning. Ecological evaluations, recent and innovative way to assess cognitive functions with the true impact of cognitive impairment in everyday daily life of patients. One goal of an ecological test could be to identify MS patients in whom cognitive impairment has a strong interaction with daily life. Different type of ecological evaluation have been recently proposed in MS, including assessment cognitive tasks in a virtual reality environment using the Urban DailyCog® software developed in our laboratory (Hamel et al, 2015). Virtual reality environment assessments are promising in detecting cognitive impairment while providing friendly assessments for patients and simulating daily activities. . Cognitive dysfunction is correlated with white matter diffuse injury in relapsing-remitting MS (RRMS) patients and brain atrophy However, the relationships between structural brain damage and brain connectivity with cognitive functioning assessed by ecological evaluation are also unknown. The use of new techniques for morphological and functional MRI can study the contribution of diffuse white matter (WM) alteration and diffuse gray matter (GM) alterations in cognitive impairment and on their evolution. The objectives are to evaluate the ecological assessment (Urban DailyCog® and actual reality) to detect cognitive impairment in everyday daily life of patients and their changes and to investigate structural WM and GM damages and the dynamic of functional connectivity for explaining and predicting cognitive disability during two years in RRMS patients treated by the same treatment Aubagio®.

Clinically isolated syndrome (CIS) can evolve into multiple sclerosis. In CIS patients, episodic memory is frequently impaired. Memory disorders could be preceded by microstructural abnormalities without visible atrophy in hippocampus. A recent MRI imaging of diffusion called NODDI (Neurite Orientation Dispersion and Density Imaging) can measure specifically microstructural abnormalities and map the axons in the white matter (WM) and dendrites in the grey matter (GM). The aim of this study is to evaluate microstructural abnormalities in the dentate gyrus of the hippocampus in CIS patients compared to controls.

This study will be a cross-sectional observational study, followed by a pilot intervention. The aim of the study is to examine the underlying causes of walking-related performance fatigability, together with other related and influencing factors, to make up a clinical profile of patients with MS showing walking-related performance fatigability. In the second part of the study a pilot intervention will be executed to see if the investigators can improve the clinical status of the MS patients with walking-related performance fatigability.

Multiple sclerosis (MS) progressively leads to an increasing level of disability. That's why individuals faced with this chronic disease whose progression is unpredictable have to mobilize all their available resources. As a result, management of interpersonal relationships appears to be a key issue in adjustment to situations. Although knowledge on cognitive abnormalities in MS has been growing in recent years, there is a lack of research about social behaviour regulation skills. The few studies conducted in this field are mainly interested in emotional processing (emotional facial recognition and empathy) and skills mentalizing (theory of mind) that appear disturbed in MS. While some recent studies touch on the issue of the contextual analysis of language (that is to say, the social use of language) in MS, their assessment on a wide range of pragamtic skills has never been studied. However, the pragmatic aspects of language are known to play a major role in social adjustment. This project has three main objectives : (1) to increase general knowledge of deficits in communication and in social cognition in patients with MS, (2) to propose new leads for the evaluation of these disorders and (3) to contribute to increasing knowledge of neural basis of communication and social cognition. In order to address those objectives, the assessment will be focused on many various pragmatics skills : conversation, indirect language comprehension (indirect questions, idiomatic expressions, sarcasm) and metapragmatic knowledge in a population of 40 RR-MS patients. Those patients' performances will be compared to a group of healthy matched control subjects, potential relationships between pragmatic abilities, other aspects of social cognition (theory of mind and processing of emotional stimuli), cognitive functioning, psycho-behavioural aspects and the characteristics of the disease will be explore. Social cognition tasks have been selected for their dynamic and ecologic aspects in order to match natural social interaction. Finally, communication consideration, cognitive and cerebral skills of patients with MS will contribute to increasing knowledge of the neural basis of social cognition.