Purpose: To evaluate the potential of model-based iterative reconstruction (MBIR) on dose reduction and image quality in children undergoing computed tomography (CT) head examinations. Material and methods: This prospective study was approved by the institutional ethics committee. A total of 88 children (age range of 5 to 16 years) with a history of seizures underwent contrast-enhanced CT scan. Forty-one children underwent CT study according to the MBIR technique, while 47 children underwent CT of the head with the non-MBIR protocol. Images were reviewed by 2 blinded paediatric radiologists in a random order. Mean dose-length product, CT dose index (CTDI) volume, and mean effective dose were recorded for both groups. Image quality, image no...
Computed tomography (CT) is the primary imaging investigation for many neurologic conditions with a ...
OBJECTIVE: To retrospectively compare radiation dose and image quality of pediatric chest CT using a...
BACKGROUND: New CT reconstruction techniques may help reduce the burden of ionizing radiation. OBJE...
Background: Computed tomography (CT) is one of the most used modalities for diagnostics in paediatri...
OBJECTIVE: To investigate the quality of images reconstructed with adaptive statistical iterative re...
Background: Multislice CT Scan (MSCT) brain examination in pediatric cases should pay attention to t...
This study aimed to evaluate the imaging quality of head and neck computed tomographic angiography (...
BACKGROUND: Radiation dose exposure is of particular concern in children due to the possible harmful...
Background: Radiation dose exposure is of particular concern in children due to the possible harmful...
To compare adaptive statistical iterative reconstruction (ASIR) and model-based iterative reconstruc...
BACKGROUND: Since children are more radio-sensitive than adults, there is a need to minimize radiati...
Aim: To determine whether iterative model-based reconstruction (IMR) technique can preserve computed...
Background To study dose reduction using iterative reconstruction (IR) for pediatric great vessel st...
AbstractBecause of its fast image acquisition and the rich diagnostic information it provides, compu...
Introduction: The purpose of this review is to gather and analyse current research publications to e...
Computed tomography (CT) is the primary imaging investigation for many neurologic conditions with a ...
OBJECTIVE: To retrospectively compare radiation dose and image quality of pediatric chest CT using a...
BACKGROUND: New CT reconstruction techniques may help reduce the burden of ionizing radiation. OBJE...
Background: Computed tomography (CT) is one of the most used modalities for diagnostics in paediatri...
OBJECTIVE: To investigate the quality of images reconstructed with adaptive statistical iterative re...
Background: Multislice CT Scan (MSCT) brain examination in pediatric cases should pay attention to t...
This study aimed to evaluate the imaging quality of head and neck computed tomographic angiography (...
BACKGROUND: Radiation dose exposure is of particular concern in children due to the possible harmful...
Background: Radiation dose exposure is of particular concern in children due to the possible harmful...
To compare adaptive statistical iterative reconstruction (ASIR) and model-based iterative reconstruc...
BACKGROUND: Since children are more radio-sensitive than adults, there is a need to minimize radiati...
Aim: To determine whether iterative model-based reconstruction (IMR) technique can preserve computed...
Background To study dose reduction using iterative reconstruction (IR) for pediatric great vessel st...
AbstractBecause of its fast image acquisition and the rich diagnostic information it provides, compu...
Introduction: The purpose of this review is to gather and analyse current research publications to e...
Computed tomography (CT) is the primary imaging investigation for many neurologic conditions with a ...
OBJECTIVE: To retrospectively compare radiation dose and image quality of pediatric chest CT using a...
BACKGROUND: New CT reconstruction techniques may help reduce the burden of ionizing radiation. OBJE...