BACKGROUND AND PURPOSE: Radiation dose in temporal bone CT imaging can be high
due to the requirement of high spatial resolution. In this study, we assessed whether CT …

BACKGROUND AND PURPOSE: MDCT has some specific scan parameters that may
systematically increase or decrease radiation dose to patients. This study explored the scan …

Objective We compared the image quality and radiation dose of flat-panel CT (FPCT) and
multi-slice CT (MSCT) performed respectively with an angiographic unit and a 128-slice CT …

Abstract Objective Ultrahigh-resolution CT (U-HRCT) provides better spatial resolution than
conventional multi-detector row CT (ConvCT) and could be expected to identify …

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 …

BACKGROUND AND PURPOSE: Iterative reconstruction of CT images is characterized by
reduced image noise and may allow reduction in radiation exposure. We investigated the …

Abstract Purpose Ultrahigh-resolution CT (UHRCT) with slice collimation of 0.25 mm× 160
and matrix size of 1024× 1024 has become clinically available. We compared the image …

Objectives: The aim was to define image quality and radiation exposure in the recently
introduced 320-row CT of the temporal bone (tb) in comparison to a 16-row tb CT. Methods …

Background The novel advanced modeled iterative reconstruction (ADMIRE) algorithm in
ultra-high-resolution (UHR) computed tomography (CT) of the temporal bone has not yet …

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) …