PA-057 |
1:50 |
Ferguson |
Best Practice for Reproducibility When Measuring T2*: Implications for Liver and Cardiac Iron Assessment |
PA-058 |
1:58 |
Guillerman |
Diagnostic Efficacy of Chest CT for Diffuse Lung Disease in Childhood Related To Genetic Surfactant Disorders |
PA-059 |
2:06 |
Atweh |
Limited Z-Axis Coverage Strategy for Reducing Radiation Dose of CT Pulmonary Angiography for the Diagnosis of Pulmonary Embolism in Children |
PA-060 |
2:14 |
Lee |
Multidetector CT Pulmonary Angiography in Children with Suspected Pulmonary Embolism: Thromboembolic Risk Factors and Implications for Appropriate Use |
PA-061 |
2:22 |
Lee |
Multidetector CT Pulmonary Angiography: Value of Multiplanar Reformation Images in Detecting Pulmonary Embolism in Children |
PA-062 |
2:30 |
Newman |
Chest CT in Children, Anesthesia and Atelectasis |
PA-063 |
2:38 |
Jung |
Comparison of Dexmedetomidine with Propofol for Airway Intervention in MRI Sleep Studies |
PA-064 |
2:46 |
Fleck |
MRI of Full Face Mask CPAP Causing Narrowing of the Retroglossal Airway |
PA-065 |
2:54 |
Ayyala |
The Contribution of Advanced Imaging in Pre & Post-Surgical Evaluation of Children Requiring a Rex Shunt |
PA-066 |
3:02 |
Ghaghada |
Advantages of a Nanoparticle Blood Pool Contrast Agent Over Conventional intravascular Glomerular-Filtered Contrast Agents for Pulmonary Vascular Imaging |
PA-067 |
3:10 |
Krishnamurthy |
Cardiovascular Image Quality Using A Nanoparticle CT Contrast Agent: Preliminary Studies in A Pig Model |
PA-068 |
3:18 |
Bell |
Theoretical Cost and X-Ray Dose Reduction in Pediatric Congenital Heart Disease Imaging by the Use of A Nanoparticle Contrast Agent |
PA-069 |
3:26 |
Boe |
Frequencies and Patterns of Situs Discordance in Chest and Abdomen |