Active clinical trials for "Sclerosis"

This observational multicentric study is planned to assess the tolerability of Rebif New Formulation in an Australian clinical setting by the incidence of injection site reactions (ISRs). The study will allow the comparison of tolerability data with historical data for both Rebif New and classic formulations, and will do so by using the same pre- specified preferred terms of treatment emergent adverse events as done in historical studies. In addition, the study will analyse whether interaction(s) with a nurse impacts tolerability and the impact of Rebif New Formulation on the patient's Quality of Life.

Multiple Sclerosis (MS) is mainly known as a disease of young to middle adulthood but approximately 5% of all MS cases worldwide involve children that are younger than 16 years. The aim of care of children with Multiple Sclerosis is to prevent or at least to delay any neurological and cognitive impairment as well as progression of the disease as far as possible. Therefore, it is very crucial to diagnose the disease at an early stage as immunomodulatory treatments are available that can delay the progression of Multiple SclerosisTreatment with the immunomodulatory agent Betaferon® in children diagnosed with RRMS and being 12 years or older has been approved by the health authorities. The aim of this observational study is to obtain further data on the safety, tolerability, and effectiveness of Betaferon® under daily living conditions. As this is a non-interventional observational study, routine clinical practice is observed. The application of diagnostic measures and medications as well as physician visits follow the normal routine and is decided upon by the treating physician under recognition of the package insert.

Natalizumab is a humanized monoclonal antibody directed against Very Late Activation Antigene 4 (VLA-4) and has a potent effect on disease activity in multiple sclerosis (MS). A blockade of VLA-4 with natalizumab may not only interfere with autoimmunological processes but also with central nervous system (CNS) immune surveillance.

This is a study in patients with Amyotrophic Lateral Sclerosis (ALS). We will use muscle ultrasound as a tool to try and see if there are changes in muscle size that can find out how fast ALS is progressing. This might give us a better way to carry out further studies on new drugs to see if they might help slow the progression of ALS. Participants in the study will have muscle ultrasound performed on a few muscles in the arms and legs at the first visit, and again 3 months later, and one last time 3 months after that. This takes about 10 minutes, is painless, and involves scanning the muscle with a handheld device, with some gel applied to the skin. At each visit, there will also be a questionnaire about symptoms and strength testing.

We are collecting blood samples, clinical and family information from ALS (amyotrophic lateral sclerosis) patients and their families to identify causes of ALS and ALS/dementia.

We propose to examine several angiogenic/angiostatic mediators in the skin and serum of subjects with SSc and compare it to levels found in the skin and serum of healthy subjects.

The purpose of this study is to test differences in RNA levels between Multiple Sclerosis (MS) patients and normal subjects. RNA provides a "message" from genes altered in diseases. We will also test DNA to determine if there are any small mutations called SNPs in any of the genes. The last tests are two separate tests for markers of inflammation called cytokines and eicosanoids. This research may lead to the discovery of biological markers for MS that are useful for diagnosis and treatment.

To assess the long-term effects of early therapeutic intervention, i.e. within two years following a first clinical demyelinating event suggestive of MS.

PET imaging of activated microglia offers a tool of investigation of a range of brain diseases where neuroinflammation is a component. Amyotrophic lateral sclerosis is the most frequent motoneuronal disease in adult. This study was designed to explore the feasibility of molecular imaging modality by Positron Emission Tomography using 18F-X as an in vivo marker of activated microglia for the assessment of neuroinflammation in amyotrophic lateral sclerosis. PET may help in the diagnosis of the disease and, further, may allow assessment of the efficacy of antiinflammatory treatment.

This study is being done to increase awareness for early therapy with Avonex for Multiple Sclerosis (MS) and the cognitive dysfunction that accompanies MS, and to record safety data for Avonex.