Brain endothelial permeability, transport, and flow assessed over 10 orders of magnitude using the in situ brain perfusion technique.

Autor: Smith, Quentin R.1,2 (AUTHOR) quentin.smith@ttuhsc.edu, Mandula, Haritha1 (AUTHOR) haritha.mandula@gmail.com, Parepally, Jagan Mohan R.1 (AUTHOR) Jagan.parepally@gmail.com, Oki, Jun1,2 (AUTHOR) junoki@zf6.so-net.ne.jp, Thomas, Fancy1 (AUTHOR) thomasfancy@gmail.com, Thorsheim, Helen R.1 (AUTHOR) helen.thorsheim@ttuhsc.edu, Al-Ahmad, Abraham J.1 (AUTHOR) abraham.al-ahmad@ttuhsc.edu, Abbruscato, Thomas J.1 (AUTHOR) thomas.abbruscato@ttuhsc.edu, Ask, Per3 (AUTHOR) per.ask@liu.se, Hage, David S.4 (AUTHOR) dhage1@unl.edu, Robinson, Peter J.2 (AUTHOR) nosniborp@yahoo.com
Zdroj: Fluids & Barriers of the CNS. 12/17/2024, Vol. 21 Issue 1, p1-41. 41p.
Databáze: Academic Search Ultimate
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