A system that stages neuromyelitis optica spectrum disorder (NMOSD) based on damage to astrocytes — the specific brain cells that are attacked in NMOSD — was recently developed by a team of researchers in Japan. While more work is needed, the system identifies four stages, largely based on astrocytopathy…
Inflammation
In most people with neuromyelitis optica spectrum disorder (NMOSD), autoantibodies against aquaporin-4 (AQP4) coordinate a complex series of immune activities that drive the disease. Better understanding of these disease-causing mechanisms may help in efforts to find new treatments for NMOSD patients. These mechanisms were explained in the lecture, “…
Recent Posts
- Late-onset NMOSD responds better to newer, highly effective therapies
- New biomarker may help gauge disease severity in NMOSD
- The longest night of the year offers hope of brighter days with NMOSD
- Advanced plasma exchange therapy effectively eases NMOSD attacks
- Reaffirming that access to healthcare is a human right
- Brain, spinal cord shrinkage linked to distinct NMOSD outcomes: Study
- Reflecting on what I’m grateful for softens the edges of NMOSD
- When my invisible illness meets my very visible disabled parking spot
- Study IDs environmental factors tied globally to higher NMOSD risk
- Inflammatory protein S100A9 ID’d as new treatment target in NMOSD