Csf Transport At The Brainãââœmeningeal Border Effects On Neurological Health And Disease Liliana M Pinhocorreia Phd Samuel J C Mccullough Phd Hashmat Ghanizada Md Maiken Nedergaard Md Justin Rustenhoven Phd Sandro Da Mesquita Phd by Liliana M Pinho-correia Phd & Samuel J C Mccullough Phd & Hashmat Ghanizada Md & Maiken Nedergaard Md & Justin Rustenhoven Phd & Sandro Da Mesquita Phd instant download after payment.

The existence of specialised structures that allow a continuous exchange of CSF between different anatomical Lancet Neurol 2025; 24: 535–47compartments at the brain–meningeal border is challenging conventional notions around molecular transport within Department of Neuroscience, Mayo Clinic, Jacksonville, FL, the brain. Experimental findings highlight the conduits and cellular structures controlling the transport of CSF and USA (L M Pinho-Correia PhD, immune cells between the brain parenchyma (via the glymphatic system), the subarachnoid space (enclosed by the S Da Mesquita PhD); meningeal pia and arachnoid layers), and the outmost meningeal dural layer and calvaria (via the so-called arachnoid Department of Pharmacology, cuff exit points). Studies in both rodent models and humans show new mechanisms of brain glymphatic molecular University of Auckland, Auckland, New Zealandtransport, meningeal lymphatic vascular drainage, and immune surveillance at the brain-draining skull bone marrow (S J C McCullough PhD, and cervical lymph nodes. Pathological alterations at the brain–meningeal border have been implicated in disorders J Rustenhoven PhD); Center for of diverse causes, from traumatic brain injury to Alzheimer’s disease.Translational Neuromedicine, Faculty of Medical and Health