It is well established that health care workers (HCWs) have a considerably higher risk of
occupationally acquired tuberculosis (TB). To reduce the transmission of TB to HCWs and …

Purpose: To evaluate the effects of single-energy metal artifact reduction (SEMAR) on image
quality of ultra-high-resolution CT-angiography (UHR-CTA) with intracranial implants after …

Metal artifacts notoriously pose significant challenge in computed tomography (CT), leading
to inaccuracies in image formation and interpretation. Artifact reduction tools have been …

Metal artifacts resulting from coiling or clipping of a brain aneurysm degrade image quality
and reduce diagnostic usefulness of computed tomography perfusion CTP. Our aim was to …

Ziel Am Beispiel einer universitären Radiologie/Neuroradiologie wird verdeutlicht, wie
Hightech-Angiografiesimulatoren in Lehre, klinischer Ausbildung und Forschung sinnvoll …

Flat detector CT (FDCT) provides cross sectional imaging within an angiographic suite and
is increasingly gaining popularity in various areas of interventional radiology, as an …

Purpose Flat panel C-arm CT images acquired in the interventional suite provide valuable
information regarding brain parenchyma, vasculature, and device status during the …

Treated cerebral aneurysms (IA) require follow-up imaging to ensure occlusion. Metal
artifacts complicate radiologic assessment. Our aim was to evaluate an innovative metal …

Purpose To compare the image quality of cranial post-mortem computed tomography (CT)
obtained with and without projection-based single-energy metal artifact reduction (SEMAR) …

Purpose To investigate the impact of iterative metal artifact reduction (iMAR) on artifacts
related to neurosurgical clips or endovascular coils when combined to filtered back …