Dual-energy computed tomography (DECT) allows distinguishing between tissues with
similar X-ray attenuation but different atomic numbers. Recent studies demonstrated that this …

Dual-energy computed tomography (CT) is a promising tool with increasing availability and
multiple emerging and established clinical applications in neuroradiology. With its ability to …

Purpose The aim of this study was to determine whether dual-energy computed tomography
(DECT) imaging is superior to conventional noncontrast computed tomography (CT) imaging …

Dual-energy computed tomography (CT) combines the high spatial resolution of standard
CT with the ability to improve contrast resolution, reduce artifact, and separate materials of …

Purpose To investigate and compare image quality of monoenergetic reconstructions from
spectral NCCT to conventional 120 kVp images acquired at a similar dose. Materials and …

Objective To investigate the role of spectral CT multiparametric imaging in the evaluation of
cerebral microcirculatory perfusion. Methods The imaging data of 145 patients with …

Objectives After intraarterial recanalisation (IAR), the haemorrhage and the blood-brain
barrier (BBB) disruption can be distinguished using dual-energy computed tomography …

Objectives To investigate dual-energy computed tomography's (DECT) diagnostic
performance in detecting neurological complications following endovascular therapy (EVT) …

Objective Hyperdense artery sign (HAS) on noncontrast brain computed tomography (CT)
indicates an acute thrombus within the cerebral artery. It is a valuable imaging biomarker for …

Aim Iodine-stained fragmented thromboembolism (ISFT) is a rare phenomenon encountered
in the immediate aftermath of mechanical thrombectomy or rarely as a complication of post …