Add to ORKGThis study represents one of the first comprehensive paediatric optimisation processes that were systematically approached via three main objectives. It is expected that the devised optimisation paediatric protocols could have profound implications on clinical practices that use 64-slice CT or greater. The study provides a better understanding of the influence of each acquisition reconstruction parameter with regards to image quality and radiation dose during routine paediatric imaging protocols
Background: The use of pediatric CT that had recently emerged as a valuable imaging tool has increas...
Computed tomography (CT) has been recognised as the most widely used imaging technique in both adult...
Depuis le début des années soixante-dix, le nombre de scanners par hôpitaux n’a fait qu’augmenter et...
World wide, the number of CT studies in children and the radiation exposure by CT increases. The sam...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...
For the last 10-years, computed tomography (CT) procedures and their increased use have been a major...
Computed tomography (CT) has been recognised as the most widely-used imaging technique in both adult...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...
Radiological exams are increasingly used in clinic for diagnostic analysis of different types of pat...
Purpose: To investigate whether the multislice CT scanning protocols of head, chest and abdomen are ...
It is well known that paediatric patients are generally at greater risk for the development of cance...
Purpose: To evaluate the potential of model-based iterative reconstruction (MBIR) on dose reduction ...
Purpose: Within paediatric pelvis imaging there is a lack of systematic dose optimisation studies wh...
The concerns towards radiation–induced cancer from Computed Tomography (CT) examinations have led to...
Introduction: Computed tomography (CT) dose optimization is an important issue in radiography becaus...
Background: The use of pediatric CT that had recently emerged as a valuable imaging tool has increas...
Computed tomography (CT) has been recognised as the most widely used imaging technique in both adult...
Depuis le début des années soixante-dix, le nombre de scanners par hôpitaux n’a fait qu’augmenter et...
World wide, the number of CT studies in children and the radiation exposure by CT increases. The sam...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...
For the last 10-years, computed tomography (CT) procedures and their increased use have been a major...
Computed tomography (CT) has been recognised as the most widely-used imaging technique in both adult...
The purpose of the study is to perform phantom-based optimisation of paediatric computed tomography ...
Radiological exams are increasingly used in clinic for diagnostic analysis of different types of pat...
Purpose: To investigate whether the multislice CT scanning protocols of head, chest and abdomen are ...
It is well known that paediatric patients are generally at greater risk for the development of cance...
Purpose: To evaluate the potential of model-based iterative reconstruction (MBIR) on dose reduction ...
Purpose: Within paediatric pelvis imaging there is a lack of systematic dose optimisation studies wh...
The concerns towards radiation–induced cancer from Computed Tomography (CT) examinations have led to...
Introduction: Computed tomography (CT) dose optimization is an important issue in radiography becaus...
Background: The use of pediatric CT that had recently emerged as a valuable imaging tool has increas...
Computed tomography (CT) has been recognised as the most widely used imaging technique in both adult...
Depuis le début des années soixante-dix, le nombre de scanners par hôpitaux n’a fait qu’augmenter et...