Neuronal Activity-Dependent Electroosmosis and Its Potential Role in Interstitial Fluid Flow in the Glymphatic System
Parnian Hemmati, Anthony C. Wang, Mayumi L. Prins…·Pirouz Kavehpour
This paper proposes electroosmosis as a mechanism for interstitial fluid flow in the brain, showing it generates realistic velocities and explains glymphatic transport differences between sleep and wakefulness.