BACKGROUND AND PURPOSE: CT perfusion (CTP) mapping has been reported to be
useful in the differentiation of the infarct core and ischemic penumbra. However, the value of …

Computed tomography perfusion (CTP) map can sensitively and accurately distinguish
between infarct core and ischemic penumbra. However, CTP mapping software might not …

Purpose To perform a large-scale systematic comparison of the accuracy of all commonly
used perfusion computed tomography (CT) data postprocessing methods in the definition of …

CT perfusion (CTP) is part of the initial evaluation of stroke patients, allowing differentiation
between infarcted tissue and the ischaemic penumbra and helping in the selection of …

Purpose To validate the use of perfusion computed tomography (CT) with whole-brain
coverage to measure the ischemic penumbra and core and to compare its performance to …

Background Computed tomography perfusion (CTP) mapping in research centers correlates
well with diffusion-weighted imaging (DWI) lesions and may accurately differentiate the …

Background CT perfusion (CTP) is used to estimate the extent of ischemic core and
penumbra in patients with acute ischemic stroke. CTP reliability, however, is limited. This …

Background and Purpose—CT perfusion (CTP) is widely and rapidly accessible for imaging
acute ischemic stroke but has limited validation. Cerebral blood volume (CBV) has been …

Background This study aimed to identify and validate whole brain perfusion computed
tomography (CTP) thresholds for ischemic core and salvageable penumbra in acute stroke …

BACKGROUND AND PURPOSE: PCT postprocessing commonly uses either the MS or a
variant of the DC approach for modeling of voxel-based time-attenuation curves. There is an …