Reducing Levels of All Pathological Protein Aggregates Should be a Primary Strategy for Treating Neurodegeneration
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The reasons why restoration of cerebrospinal fluid drainage is a very promising strategy for the treatment of Alzheimer’s disease go beyond the compelling direct evidence, into matters of research and development strategy. Numerous proteins that become misfolded or altered in ways that cause them to form solid deposits in the aging brain, surrounded by a halo of harmful secondary biochemistry. To date, serious development efforts that have advanced to clinical trials have focused on clearing only one of these aggregates. That may well never be enough: neurodegeneration appears to be a combination of the effects of many mechanisms of similar weight and consequence.

restoration of cerebrospinal fluid drainageAlzheimer’s diseasemisfolded or alteredneurodegeneration

Thus more researchers are beginning to call for broader efforts that target multiple problem proteins. In this context, the importance of improved cerebrospinal fluid drainage is that it can can reduce the levels of all molecular waste and resulting consequences in the brain, both the well understand and the less well understood alike. It all flows out through the same channels, provided that those channels are working well enough. Unfortunately they decline with age, and that is a comparatively simple, mechanical and structural potential point of intervention. I am looking forward

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