VOI imaging can provide higher image quality at a reduced dose for a subregion. In this
study with a robot-driven C-arm FDCT system, the goals were proof of feasibility for inner ear …

Purpose The temporal bone includes several important structures of the human body, some
of which are smaller than 1 mm. The aim of this study is to demonstrate the feasibility of a …

BACKGROUND AND PURPOSE: A CT scanner employing a digital flat-panel detector is
capable of very high spatial resolution as compared with a multi-section CT (MSCT) …

Purpose: To assess the z‐axis resolution improvement and dose reduction potential
achieved using az‐axis deconvolution technique with iterative reconstruction (IR) relative to …

Objective When the thresholds for VR reconstruction from multi-slice CT images are
changed, problems develop when assessing pathologies in the absence of standardized …

Background Multi slice computed tomography (MSCT) is the most common used method in
middle ear imaging. However, MSCT lacks the ability to distinguish the ossicular chain …

Objectives To prospectively evaluate radiation dose and image quality of a third generation
dual-source CT (DSCT) without z-axis filter behind the patient for temporal bone CT …

Purpose: To determine the applicability of cone-beam computed tomography (CBCT) in
otological imaging, and to compare its accuracy with the routinely used multislice helical CT …

Purpose Portable CT scanners are beneficial for diagnosis in the intensive care unit,
emergency room, and operating room. Portable fixed-base versus translating-base CT …

BACKGROUND AND PURPOSE: A recent development in radiology is the use of flat panel
detectors in CT to obtain higher-resolution images. This technique is known as flat panel …