Active clinical trials for "Multiple Sclerosis"

This study will interest in the pathophysiology of silent retinal axonal loss in multiple sclerosis. Recent studies have suggested that silent retinal axonal loss (no past history of optic neuritis [ON]) may be due to inflammatory lesions within the optic radiations and a transsynaptic degenerative process. The objective is to measure the exact role of silent optic nerve lesion in the occurrence of silent retinal axonal loss by performing OCT, brain and optic nerve MRI in a cohort of patients without recent disease activity.

Knowledge of the evolution of multiple sclerosis (MS) and its long-term prognostic factors is essential to guide the therapeutic management. However, it remains partial and concerns above all data collected during the first years of the disease. The evolution towards disability can only be assessed after a follow-up of more than 10 years and does not depend solely on the initial inflammatory activity of the disease. We propose to realize a standardized clinical assessment, an optical coherence tomography (OCT) and a cerebral MRI 15 years after the first clinical manifestation of the disease. Clinical and paraclinical assessment will consist in the realization of additional MRI sequences in order to obtain more precise information on cerebral lesions (unconventional parameters). Optical coherence tomography (new generation device) will also be performed on both eyes to describe the thickness of the different layers of the retina. A clinical evaluation will be performed with the Expanded Disability Status Scale (EDSS). This study aims: to describe the current clinical situation of patients (e.g. percentage of patients with moderate or severe disability) to explore the associations between MRI parameters, those measured with OCT and clinical characteristics (disability) to explore clinical and paraclinical prognostic factors of pejorative evolution (disability, severe cerebral atrophy, etc.)

Aim of the retrospective study was to evaluate the influence of the labour on the clinical course of the parturients with MS in selected 6 month follow-up interval and to evaluate to possible influence of the different anesthesia/analgesia types on the course of MS.

The purpose of this study is to collect preliminary data on retinal nerve fiber layer and ganglion cell layer damage in multiple sclerosis (MS) patients, using optical coherence tomography (OCT). For this study the Zeiss Cirrus OCT Imaging System will be used. The same system will be used consistently for the duration of the study.

The aim of the study is to investigate reliability, validity, and responsiveness of the timed 360° turn test in patients with Multiple Sclerosis.

This study aims to compare measurements obtained through the e-VOG application (mobile application, usable on mobile phones or tablets, to measure eye movements) with measurements from the standard video-oculography device (Eye-Tracker®T2), in patient with Multiple Sclerosis.

Gait alteration is frequent in MS and limitation in walking ability is a major concern in MS patients. The development of wearable device offers the opportunity to collect data during daily activity including walking.

3D FLAIR, 3D T1 FAT SAT, coronal T2 and coronal T1 dixon sequences were usually used to assess visual deficits in MRI. Optic nerve examination is preferably performed using a coronal T2 sequence in order to detect a hypersignal suggestive of inflammation whereas brain examination is preferably performed using a 3D T1 sequence to highlight signs of spatial dissemination and lesions suggestive of multiple slerosis (MS). No study has yet investigated the detection capabilities of 3D T1 for the detection of optic nerve inflammation. The objective of this retrospective study was to determine whether a single 3D T1 sequence allows simultaneous exploration of the optic nerve and the brain for the positive diagnosis of optic neuropathy and/or MS.

The primary objective of this sub-study is to calculate the reproducibility and other technical performance measures of various magnetic resonance imaging (MRI) image analysis algorithms in order to assess their suitability for detecting changes due to multiple sclerosis (MS) in a real-world setting in participants with MS. The secondary objective of this sub-study is to use the primary endpoint results to calibrate measurements across scanners within each MS PATHS center.

The main purpose of the study is to assess the fatigue, cognition, quality of life and disability correlation to MS-patients daily physical activity.