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Abstract
The glymphatic hypothesis proposes that solute clearance in the brain occurs through convective transport driven by active fluid movement.
- Solute transport in brain tissue has traditionally been viewed as primarily diffusive and nondirectional.
- The glymphatic hypothesis suggests a model where fluid moves from para-arterial to paravenous spaces, facilitated by aquaporin-4 water channels.
- This model could have significant implications for understanding Alzheimer's disease and other neurodegenerative conditions.
- Recent data have raised questions about the theoretical and experimental foundations of the glymphatic transport mechanism.
- Clarifying the mechanisms of solute clearance is essential for understanding the pathogenic processes in neurological diseases.
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