Although new MR imaging techniques can provide high-resolution information on CSF
dynamics and are not associated with ionizing radiation, SPECT/CT cisternography is a …

BACKGROUND AND PURPOSE: Normal pressure hydrocephalus is characterized by
systolic peaks of raised intracranial pressure, possibly due to a reduced compliance of the …

An overview of significant research results of the last four decades as well as the author's
own experience have served as a basis for the presentation of the radioisotope method and …

Seventeen patients with clinical and radiological features of normal pressure hydrocephalus
(NPH) underwent isotope cisternography after instilling 2-3 mCi 99m-Technetium labelled …

Background The purpose of this prospective study was to identify the ability of cerebrospinal
fluid flow study using phase contrast MR imaging to replace the invasive methods currently …

Our objective was to clarify intracranial cerebrospinal fluid (CSF) flow dynamics in normal-
pressure hydrocephalus (NPH). Frequency analyses of CSF flow measured with phase …

OBJECTIVE. Manual segmentation of the aqueduct for CSF flow analysis may induce
measurement variability. The aim of our study was to assess observer agreement of manual …

Background: Normal pressure hydrocephalus is a very gloomy entity. The objective of this
study is to analyse aqueductal velocity parameters by phase contrast MRI CSF flowmetry in …

The article by Ringstad et al, 1 in this issue of the American Journal of Neuroradiology
suggests that invasive intracranial pressure monitoring is a better way to select patients for …

PURPOSE: To evaluate magnetic resonance (MR) imaging-based quantitative phase-
contrast cerebrospinal fluid (CSF) velocity imaging for prediction of successful shunting in …