Concurrent functional ultrasound imaging with graphene-based DC-coupled electrophysiology as a platform to study slow brain signals and cerebral blood flow under control and pathophysiological brain states

Zhang, Julie Meng; Masvidal-Codina, Eduard; Nguyen, Diep; Illa, Xavi; Dégardin, Julie; Goulet, Ruben; Prats-Alfonso, Elisabet; Matsoukis, Stratis; Guger, Christoph; Garrido, Jose Antonio; Picaud, Serge; Guimerà-Brunet, Anton; Wykes, Rob C.

doi:10.1039/d3nh00521f

Nanoscale Horiz.

2024

DOI: 10.1039/d3nh00521f

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Concurrent functional ultrasound imaging with graphene-based DC-coupled electrophysiology as a platform to study slow brain signals and cerebral blood flow under control and pathophysiological brain states

Julie Meng Zhang,

Eduard Masvidal-Codina,

Diep Nguyen

et al.

Abstract: Graphene-enabled micro-transistor arrays can be used to improve our understanding of how infraslow brain signals relate to changes in cerebral blood flow.

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Concurrent functional ultrasound imaging with graphene-based DC-coupled electrophysiology as a platform to study slow brain signals and cerebral blood flow under control and pathophysiological brain states

Abstract: Graphene-enabled micro-transistor arrays can be used to improve our understanding of how infraslow brain signals relate to changes in cerebral blood flow.

Cited by 0 publications

References 32 publications

No citations

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