As we all know, there are lots of promising research and developments using mouse models that either don't work or are too dangerous for humans. Add to that the decades of research, clinical trials, and FDA hoops to jump thru, it's hard to get excited about 'new possible treatments'.
That being said, I found this article interesting and thought I would share it. It is a long and technical article but the interesting part for me was:
But, a far more important role for LIF-NP in MS therapy is myelin repair, which is currently untreatable. Rittchen et al. [36] showed that, in vivo, LIF-NP targeted to OPC increased the quality of myelin repair by both increasing numbers of remyelinated axons and increasing thickness of remyelinated axons.
The article is long and pretty scientific, but here is the link (if allowed).
http://www.neuroscience.cam.ac.uk/publications/download.php?id=38560
I apologize if this has been previously posted.
That being said, I found this article interesting and thought I would share it. It is a long and technical article but the interesting part for me was:
But, a far more important role for LIF-NP in MS therapy is myelin repair, which is currently untreatable. Rittchen et al. [36] showed that, in vivo, LIF-NP targeted to OPC increased the quality of myelin repair by both increasing numbers of remyelinated axons and increasing thickness of remyelinated axons.
The article is long and pretty scientific, but here is the link (if allowed).
http://www.neuroscience.cam.ac.uk/publications/download.php?id=38560
I apologize if this has been previously posted.
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