Deep Cerebral Veins

Salamon, G; Huang, Yun Peng; Michotey, P; Moscow, N.; Raybaud, C; Farnarier, P; Scialfa, G.; Bank, William O.; Hall, K.; Wolf, Bernard S.; Okudera, Toshio; Oana, Katsumaro; Panichavatena, S.; Ito, J.; Kawai, Ryuji; Antin, S.; Pinner, Jason; Christoff, Nicholas

doi:10.1007/978-3-642-66273-7_8

Cited by 6 publications

(1 citation statement)

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“…3 , collects blood from intrahippocampal veins before joining the IVV ( Duvernoy, 2005 ). The BVR, on the other hand, drains blood from tissues beyond the hippocampus, serving as a major drainage pathway for various structures in the MTL, insular as well as part of basal ganglia and thalami ( Salamon et al, 1976 ; Bordes et al, 2019 ; Rhoton, 2002 ). The BVR finally merges into the vein of Galen and then into the straight sinus, forming one of the most important drainage pathways of the deep cerebral venous system.…”

Section: Discussionmentioning

confidence: 99%

In vivo mapping of hippocampal venous vasculature and oxygenation using susceptibility imaging at 7T

Li,

Buch,

Sun

et al. 2024

NeuroImage

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Section: Discussionmentioning

confidence: 99%

In vivo mapping of hippocampal venous vasculature and oxygenation using susceptibility imaging at 7T

Li,

Buch,

Sun

et al. 2024

NeuroImage

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Anatomical Features of the Ventricular System Relevant to Endoscopic Surgery for Hydrocephalus

Nishiyama

2024

Advances and Technical Standards in Neurosurgery

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Demonstration of Deep Cerebral Venous Anatomy on Phase-Sensitive MR Imaging

et al. 2008

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Phase-sensitive imaging, based on principles similar to those of susceptibility-weighted imaging, has enabled noninvasive visualization of cerebral veins and shed light on the analysis of venous architecture. In this review, the cerebral venous anatomy on phase-sensitive imaging is shown. Phase-sensitive imaging can clearly demonstrate the basal cerebral vein and deep cerebral veins: the medial group of subependymal veins such as the septal, posterior septal, and medial atrial veins and the lateral group of the subependymal veins such as the thalamostriate, direct lateral, and inferior lateral veins. Phase-sensitive imaging is useful for the understanding of cerebral venous anatomy. ZusammenfassungPhasensensitive Bilder auf der Grundlage ähnlicher Prinzipien, wie bei der suszeptibilitätsgewichteten Bildgebung, ermög-lichen die nichtinvasive Visualisierung zerebraler Venen und geben Aufschlüsse für die Analyse der venösen Architektur. In dieser Übersicht wird die zerebrale Venenanatomie in phasensensitiven MR-Aufnahmen demonstriert. Durch die phasensensitive Bildgebung können die V. basalis und die tiefen Hirnvenen deutlich dargestellt werden: die mediale Gruppe der subependymalen Venen, wie die septalen, posterioren septalen und medialen atrialen Venen und die laterale Gruppe der subependymalen Venen, wie die V. thalamostriata, die direkten lateralen und inferioren lateralen Venen. Die phasensensitive Bildgebung ist für das Verständnis der zerebralen Venenanatomie hilfreich.

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Deep Cerebral Veins

Cited by 6 publications

References 0 publications

In vivo mapping of hippocampal venous vasculature and oxygenation using susceptibility imaging at 7T

In vivo mapping of hippocampal venous vasculature and oxygenation using susceptibility imaging at 7T

Anatomical Features of the Ventricular System Relevant to Endoscopic Surgery for Hydrocephalus

Demonstration of Deep Cerebral Venous Anatomy on Phase-Sensitive MR Imaging

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