Home
Norwegian Multiple Sclerosis Competence Centre and Research Group

Clinical Trials

Background and vision

Running clinical trials is pivotal to advance the treatment of multiple sclerosis. The Norwegian MS Competence Centre and research group strives to investigate the efficacy and safety of new and upcoming treatment options, and will have a close collaboration also with the newly established Neuro-SysMed research centre at Haukeland University Hospital. 

Ongoing projects

Randomized Autologous heMatopoietic stem cell transplantation versus Alemtuzumabfor patients with relapsing remitting Multiple Sclerosis (RAM-MS)

The objective is to investigate the efficacy and the safety of HSCT compared to other high efficacy treatment in patients with aggressive relapsing remitting MS. The primary efficacy endpoint is to determine differences between patients in the two treatment arms according to the proportion of patients with no evidence of disease activity (NEDA) during a 2 year (96 week) period, with a 5 year (240 week) pre-planned study extension. The method is a prospective multicentre, interventional, unblinded, randomized, parallel group study.

Time frame: The first inclusion was in February 2018, and the anticipated recruitment period is 3 years.

Please contact:

Coordinating investigator: Lars Bø
Phone: (+47)  55 97 61 86 / 974 32 421
E-mail: lars.bo@helse-bergen.no

Primary investigator: Øivind Fredvik Grytten Torkildsen
E-mail: oivind.fredvik.grytten.torkildsen@helse-bergen.no

Study home page: www.ram-ms.no

RAM-MS group Bergen
Foto/ill.:
Ingvild Festervoll Melien

Study of Mesenchymal Autologous stem cells as Regenerative Treatment for Multiple Sclerosis (SMART-MS)

Multiple Sclerosis (MS) is a disease that causes loss of nerve fiber insulation (myelin) in the central nervous system, with secondary nerve fiber (axon) damage. Over time, this often leads to persistent neurological symptoms and disability. There is no effective treatment available to directly promote repair of damage to the central nervous system and thereby reverse neurological disability. 

Studies using animal models have shown that mesenchymal stem cells (MSCs) have the potential to induce neuronal repair through multiple regenerative mechanisms, including re-myelination, modulation of the immune response and secretion of neural growth factors. 

The objective in SMART-MS is to investigate the possible regenerative treatment effect of MSCs in patients with progressive MS. We aim to start early 2021 and to include 18 patients over the next 2 years.We plan to use lumbar puncture (intrathecal) injection as administration method to optimize the chances of a positive treatment effect. All patients will receive MSCs in a randomized, placebo-controlled, cross-over design and followed over a timeframe of 1 year. 

 

Contact information: 

 

Christopher Elnan Kvistad echr@helse-bergen.no           Lars Bø lars.bo@helse-bergen.no