No clear answer
Oxcarbazepine: protect nerve tissue in MS (type not specified)
MS (type not specified) · Axonal protection / ion channels / excitotoxicity
Trials have tried this, but none was a controlled phase 2 or 3 trial with a readable result.
- Trials
- 1
- Running now
- 0
- Controlled phase 2/3 trials
- 0
- People in controlled trials
- 0
Human genetics
Genes linked to MS that these medicines act on: SCN3A
How the verdict was reached
No result yet
| Trial | Phase | Participants | Started | Result | Counted |
|---|---|---|---|---|---|
| PROXIMUS | Phase 2 | 30 | 2014 | No results found | Not counted: tested as the comparator |
Counted: 0. Will count later: 0. Not counted: 1.
Lab evidence
Lab studies in animals or cells. Results in animals often do not hold in people, and these studies never change the status of an idea.
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History
- Oct 2026First listed as No clear answer
Related hypotheses
- Amiloride: protect nerve tissue in MS (type not specified)
- Epoetin alfa: protect nerve tissue in MS (type not specified)
- Memantine: protect nerve tissue in MS (type not specified)
- Phenytoin: protect nerve tissue in MS (type not specified)
- Gabapentin: repair myelin in MS (type not specified)
- Memantine: repair myelin in MS (type not specified)
- Dronabinol: slow disability worsening in MS (type not specified)
- Levetiracetam: slow disability worsening in MS (type not specified)
- Memantine: slow disability worsening in MS (type not specified)
- Pregabalin: slow disability worsening in MS (type not specified)
- Memantine: reduce relapses and new lesions in MS (type not specified)
Assembled by software from public sources.