BACKGROUND AND PURPOSE: CBV is a vital perfusion parameter in estimating the
viability of brain parenchyma (eg, in cases of ischemic stroke or after interventional vessel …

BACKGROUND AND PURPOSE: A new FPCT application offers the possibility of perfusion
(FPCT CBV) and parenchymal (FPCT) imaging within the angiography suite. We tested the …

Purpose Newer flat panel angiographic detector (FD) systems have the capability to
generate parenchymal blood volume (PBV) maps. The ability to generate these maps in the …

Objective We tested the hypothesis that Flat Detector computed tomography (FD-CT) with
intravenous contrast medium would allow the calculation of whole brain cerebral blood …

BACKGROUND AND PURPOSE: Previous studies have shown the feasibility of assessing
qualitative CBV measurements in the angiography suite by using FPD-CBCT systems. We …

Cerebral blood volume (CBV) can be measured using a C-arm flat detector angiographic
system. The present report describes a case in which cerebral hyperperfusion was detected …

BACKGROUND AND PURPOSE: C-arm flat detector CT parenchymal blood volume
imaging allows functional assessment of the brain parenchyma in the neurointerventional …

PURPOSE: To determine the probability curve for regional cerebral infarction as a function
of percentage normalized perfused cerebral blood volume (pCBV) in patients with acute …

BACKGROUND AND PURPOSE: CBV is a key parameter in distinguishing penumbra from
ischemic core. The purpose of this study was to compare CBV measurements acquired with …

C-arm flat-panel detector computed tomographic (CT) imaging in the angiography suite
increasingly plays an important part during interventional neuroradiological procedures. In …