AbstractPurposeTo compare the dose and image quality of a standard dose abdominal and pelvic CT with Filtered Back Projection (FBP) to low-dose CT with Adaptive Iterative Dose Reduction 3D (AIDR 3D).Materials and methodsWe retrospectively examined the images of 21 patients in the portal phase of an abdominal and pelvic CT scan before and after implementation of AIDR 3D iterative reconstruction. The acquisition length, dose and evaluations of the image quality were compared between standard dose FBP images and low-dose images reconstructed with AIDR 3D and FBP using the Wilcoxon test.ResultsThe mean acquisition length was similar for both CT scans. There was a significant dose reduction of 49.5% with low-dose CT compared to standard dose CT ...
Objective. To compare organ specific radiation dose and image quality in kidney stone patients scann...
The purpose of this work is to evaluate the potential dose reduction in computed tomography (CT) exa...
PURPOSE To assess image quality and patient dose obtained in multi slice CT studies by means of a st...
AbstractPurposeTo compare the dose and image quality of a standard dose abdominal and pelvic CT with...
The widespread use of computed tomography (CT) has increased the medical radiation exposure and canc...
Background In computed tomography (CT), there is increasing concern for potential CT radiation hazar...
Objective To evaluate the image quality and radiation dose reduction in pelvic computed tomography (...
ObjectiveTo evaluate the image quality and radiation dose reduction in pelvic computed tomography (C...
OBJECTIVES: The objective of this study was to compare image quality (objective and subjective param...
New development of computed tomography (CT) technology has made CT a versatile and efficient diagnos...
Introduction: Cadaveric studies provide a means of safely assessing new technologies and optimizing ...
Background: Abdominal computed tomography (an is a frequently performed imaging procedure, resulting...
Purpose To estimate potential dose reduction in abdominal CT by visually comparing images reconstruc...
Patient dose and image quality in low-dose abdominal CT: a comparison between iterative reconstructi...
AbstractPurposeTo evaluate the potential of iterative reconstruction for reducing the dose given to ...
Objective. To compare organ specific radiation dose and image quality in kidney stone patients scann...
The purpose of this work is to evaluate the potential dose reduction in computed tomography (CT) exa...
PURPOSE To assess image quality and patient dose obtained in multi slice CT studies by means of a st...
AbstractPurposeTo compare the dose and image quality of a standard dose abdominal and pelvic CT with...
The widespread use of computed tomography (CT) has increased the medical radiation exposure and canc...
Background In computed tomography (CT), there is increasing concern for potential CT radiation hazar...
Objective To evaluate the image quality and radiation dose reduction in pelvic computed tomography (...
ObjectiveTo evaluate the image quality and radiation dose reduction in pelvic computed tomography (C...
OBJECTIVES: The objective of this study was to compare image quality (objective and subjective param...
New development of computed tomography (CT) technology has made CT a versatile and efficient diagnos...
Introduction: Cadaveric studies provide a means of safely assessing new technologies and optimizing ...
Background: Abdominal computed tomography (an is a frequently performed imaging procedure, resulting...
Purpose To estimate potential dose reduction in abdominal CT by visually comparing images reconstruc...
Patient dose and image quality in low-dose abdominal CT: a comparison between iterative reconstructi...
AbstractPurposeTo evaluate the potential of iterative reconstruction for reducing the dose given to ...
Objective. To compare organ specific radiation dose and image quality in kidney stone patients scann...
The purpose of this work is to evaluate the potential dose reduction in computed tomography (CT) exa...
PURPOSE To assess image quality and patient dose obtained in multi slice CT studies by means of a st...