The glymphatic system plays a key role for clearance of waste solutes from the rodent brain.
We recently found evidence of glymphatic circulation in the human brain when using …

Accumulating evidence indicates that the glymphatic system has a critical role in maintaining
brain homeostasis. However, the detailed anatomy of the glymphatic pathway is not well …

The glymphatic system is a newly identified waste clearance pathway in brain discovered
and investigated predominately using in vivo two‐photon confocal microscopy. Magnetic …

Investigating the mechanisms by which metabolic wastes are cleared from nervous tissue is
important for understanding natural function and the pathophysiology of several …

Objective In the brain, protein waste removal is partly performed by paravascular pathways
that facilitate convective exchange of water and soluble contents between cerebrospinal …

Metabolic waste clearance is essential to maintain body homeostasis, in which the lymphatic
system plays a vital role. Conversely, in recent years, studies have identified the glial …

Background Animal experiments have demonstrated the dependency of cerebrospinal fluid
clearance function on age and sleep, which partially underlay the cognitive decline in the …

Background The glymphatic system is a proposed pathway for clearance of proteins and
macromolecules from brain, and disrupted glymphatic flux is implicated in neurological …

Background Chronic insomnia impairs the glymphatic system and may lead to cognitive
impairment and dementia in elderly population. The diffusion tensor image analysis along …

Background The exchange of cerebrospinal (CSF) and interstitial fluid is believed to be vital
for waste clearance in the brain. The sleep-dependent glymphatic system, which is …