We are analyzing https://link.springer.com/article/10.1007/bf00588270.

Title:
Cerebrospinal fluid flow | Neuroradiology
Description:
Cardiac-related motion of the cerebrospinal fluid (CSF) was investigated by analysis of the velocity-dependent phase of CSF protons and flow-dependent signal enhancement in magnitude images using ECG-gated FLASH sequences. In the cerebral aqueduct, CSF flow from the third to the fourth ventricle begins 200 msafter the R-wave of the ECG and simulates an arterial pulse wave pattern. It lasts about 60% of the cardiac cycle and is followed by backflow from the fourth to the third ventricle, which is slower and shorter. In the spinal canal, oscillating caudad motion precedes flow from the third to the fourth ventricle by about 50–100 ms and issuperimposed on a bulk flow, which moves simultaneously in opposite directions in separate subarachnoid channels; it is directed mainly caudally in the anterior cervical subarachnoid space.
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Keywords {🔍}

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Topics {✒️}

month download article/chapter flow-dependent signal enhancement low flip-angle pulses echtzeit-darstellungsmöglichkeiten von liquorbewegungen pulsatile blood flow cerebrospinal fluid flow cerebro-spinal fluid circulation ecg-gated flash sequences cerebrospinal fluid dynamics cerebrospinal fluid pulsations cerebrospinal fluid pathways privacy choices/manage cookies cerebro-spinal fluid cervical spine subarachnoid space width 4d flow measurement magnetic resonance demonstration full article pdf ecg-related pulsations separate subarachnoid channels article neuroradiology aims multiphasic mr imaging mr velocity imaging cerebrospinal fluid related subjects rapid nmr imaging normal csf flow velocity-dependent phase human brain motion pulsatile csf flow european economic area scope submit manuscript significant individual variation 6th annual meeting abstinent alcoholics measured 7th annual meeting eberhard-karls-universität hoppe-seyler-strasse 3 conditions privacy policy cardiac cycle magnetic resonance reversible brain shrinking accepting optional cookies body mri unit main content log check access instant access physiology journal finder publish o'connell

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