In an attempt to minimize missed injury rates, potentially decrease mortality, and enhance rapid patient disposition, standard-dose whole-body computed tomographic (WBCT) imaging has become ubiquitous at trauma centers for the hemodynamically stable patient admitted with trauma. The radiation dose from WBCT ranges from 10 to 20 mGy, which results in an approximately 0.08% estimated lifetime cancer mortality for 45-year-old persons.3 Risk of mortality due to missed injury is therefore higher than the risk of future radiation-induced cancer
We set out to determine the diagnostic value of computed tomographic (CT) scans in relation to the r...
BACKGROUND: The current common and dogmatic opinion is that whole-body computed tomography (WBCT) sh...
OBJECTIVES To identify imaging algorithms and indications, CT protocols, and radiation doses in p...
BACKGROUND: Whole body computed tomography (WBCT) is an important adjunct in trauma care, which is o...
We aimed to evaluate the impact of a low-dose whole-body computed tomography (WBCT) protocol on radi...
OBJECTIVES: Whole body computed tomography (WBCT) scanning for trauma has gained popularity but its ...
Objectives: To determine the number of imaging examinations, radiation dose, and the time to complet...
Purpose: Risks and benefits of systematic use of whole-body CT (WBCT) in patients with major trauma ...
Purpose: Identification of the group of patients meeting the criteria of a severe multiple trauma (p...
Trauma is a leading cause of death worldwide and it reduces years of productive life and leads to di...
Introduction. Computed tomography (CT) has many diagnostic advantages, spurring growth in the number...
PURPOSE While whole-body computed tomography is an established diagnostic method for the work up ...
Background: To assess whether whole body MDCT is justified in patients in good clinical condition ye...
We set out to determine the diagnostic value of computed tomographic (CT) scans in relation to the r...
Background Debate continues about the risks and benefits of systematic whole-body CT when no injury ...
We set out to determine the diagnostic value of computed tomographic (CT) scans in relation to the r...
BACKGROUND: The current common and dogmatic opinion is that whole-body computed tomography (WBCT) sh...
OBJECTIVES To identify imaging algorithms and indications, CT protocols, and radiation doses in p...
BACKGROUND: Whole body computed tomography (WBCT) is an important adjunct in trauma care, which is o...
We aimed to evaluate the impact of a low-dose whole-body computed tomography (WBCT) protocol on radi...
OBJECTIVES: Whole body computed tomography (WBCT) scanning for trauma has gained popularity but its ...
Objectives: To determine the number of imaging examinations, radiation dose, and the time to complet...
Purpose: Risks and benefits of systematic use of whole-body CT (WBCT) in patients with major trauma ...
Purpose: Identification of the group of patients meeting the criteria of a severe multiple trauma (p...
Trauma is a leading cause of death worldwide and it reduces years of productive life and leads to di...
Introduction. Computed tomography (CT) has many diagnostic advantages, spurring growth in the number...
PURPOSE While whole-body computed tomography is an established diagnostic method for the work up ...
Background: To assess whether whole body MDCT is justified in patients in good clinical condition ye...
We set out to determine the diagnostic value of computed tomographic (CT) scans in relation to the r...
Background Debate continues about the risks and benefits of systematic whole-body CT when no injury ...
We set out to determine the diagnostic value of computed tomographic (CT) scans in relation to the r...
BACKGROUND: The current common and dogmatic opinion is that whole-body computed tomography (WBCT) sh...
OBJECTIVES To identify imaging algorithms and indications, CT protocols, and radiation doses in p...