Normal view

Received — 18 September 2026 ⏭ Cell

Cell
Spatial atlas of the human brain vasculature reveals specialized cell ensembles Jerry C. Wang · Damian Sanchez · Santhosh Arul · Belda Gülsuyu · Adnan Gopinadhan · Tanzila Mukhtar · Joseph Kim · John P. Andrews · Marcus Alonso Cee Williams · Yewon Jung · Mana L. Hashimoto · Chang N. Kim · Shubhang Bhalla · Nathan A. Ewing-Crystal · John M. Bernabei · Vijay Letchuman · Alexander F. Haddad · Kafi Hemphill · Shantel M. Weinsheimer · Helen Kim · Kazim H. Narsinh · Daniel L. Cooke · Cathryn R. Cadwell · Thomas Wälchli · Fanny M. Elahi · Andrew C. Yang · Peng He · Edward F. Chang · Ari B. Molofsky · Ethan A. Winkler
An integrative cell and spatial atlas defines the organizing logic of the adult human cerebrovasculature, providing a framework for studying how vascular cell states support brain function and shape neurological disease vulnerability.
31 July 2026 at 08:00

Spatial atlas of the human brain vasculature reveals specialized cell ensembles

Cell

By: Jerry C. Wang · Damian Sanchez · Santhosh Arul · Belda Gülsuyu · Adnan Gopinadhan · Tanzila Mukhtar · Joseph Kim · John P. Andrews · Marcus Alonso Cee Williams · Yewon Jung · Mana L. Hashimoto · Chang N. Kim · Shubhang Bhalla · Nathan A. Ewing-Crystal · John M. Bernabei · Vijay Letchuman · Alexander F. Haddad · Kafi Hemphill · Shantel M. Weinsheimer · Helen Kim · Kazim H. Narsinh · Daniel L. Cooke · Cathryn R. Cadwell · Thomas Wälchli · Fanny M. Elahi · Andrew C. Yang · Peng He · Edward F. Chang · Ari B. Molofsky · Ethan A. Winkler

31 July 2026 at 08:00

An integrative cell and spatial atlas defines the organizing logic of the adult human cerebrovasculature, providing a framework for studying how vascular cell states support brain function and shape neurological disease vulnerability.