Long-wavelength traveling waves of vasomotion modulate the perfusion of cortex
ID: 000970
DRAFT
DRAFT
Contact Kleinfeld, David
File Count 46
Size 29.6 MB
Created April 25, 2024
Last update May 22, 2024
Licenses: spdx:CC-BY-4.0
Access Information: dandi:OpenAccess
Brain arterioles are active, multi-cellular complexes whose diameters oscillate at ~ 0.1 Hz. We assess the physiological impact and spatiotemporal dynamics of vaso-oscillations in the awake mouse. First, vaso-oscillations in penetrating arterioles, which source blood from pial arterioles to the capillary bed, profoundly impact perfusion throughout neocortex. The modulation in flux during...
Contributors
Funding information
National Institute of Health
- Award Number: R01 EB026936
National Institute of Health
- Award Number: U24 EB028942
National Institute of Health
- Award Number: R01 MH111438
National Institute of Health
- Award Number: R35 NS097265
National Institute of Health
- Award Number: R01 NS108472
National Institute of Health
- Award Number: U19 NS123717
National Science Foundation
- Award Number: CCF-2217058
Anatomy
No anatomical information provided.
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