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Brain Endothelial Gap Junction Coupling Enables Rapid Vasodilation Propagation During Neurovascular Coupling Trevor Krolak Luke Kaplan Kathleen Navas Lujing Chen Austin Birmingham Daniel Ryvkin Victoria Izsa Megan Powell Zhuhao Wu Benjamin E Deverman Chenghua Gu

  • SKU: BELL-239562952
Brain Endothelial Gap Junction Coupling Enables Rapid Vasodilation Propagation During Neurovascular Coupling Trevor Krolak Luke Kaplan Kathleen Navas Lujing Chen Austin Birmingham Daniel Ryvkin Victoria Izsa Megan Powell Zhuhao Wu Benjamin E Deverman Chenghua Gu
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Brain Endothelial Gap Junction Coupling Enables Rapid Vasodilation Propagation During Neurovascular Coupling Trevor Krolak Luke Kaplan Kathleen Navas Lujing Chen Austin Birmingham Daniel Ryvkin Victoria Izsa Megan Powell Zhuhao Wu Benjamin E Deverman Chenghua Gu instant download after payment.

Publisher: The Authors
File Extension: PDF
File size: 28.23 MB
Author: Trevor Krolak & Luke Kaplan & Kathleen Navas & Lujing Chen & Austin Birmingham & Daniel Ryvkin & Victoria Izsa & Megan Powell & Zhuhao Wu & Benjamin E. Deverman & Chenghua Gu
Language: English
Year: 2025

Product desciption

Brain Endothelial Gap Junction Coupling Enables Rapid Vasodilation Propagation During Neurovascular Coupling Trevor Krolak Luke Kaplan Kathleen Navas Lujing Chen Austin Birmingham Daniel Ryvkin Victoria Izsa Megan Powell Zhuhao Wu Benjamin E Deverman Chenghua Gu by Trevor Krolak & Luke Kaplan & Kathleen Navas & Lujing Chen & Austin Birmingham & Daniel Ryvkin & Victoria Izsa & Megan Powell & Zhuhao Wu & Benjamin E. Deverman & Chenghua Gu instant download after payment.

Cell, 188 (2025) 5003-5041. doi:10.1016/j.cell.2025.06.030

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