Radiology Commons^™

Acr Appropriateness Criteria® Parathyroid Adenoma., David Zander, Paul M Bunch, Bruno Policeni, Amy F Juliano, Denise Carneiro-Pla, Prachi Dubey, Maria K Gule-Monroe, Mari Hagiwara, Jenny K Hoang, Vikas Jain, Lawrence T Kim, Gul Moonis, Matthew S Parsons, Tanya J Rath, Carmen C Solórzano, Rathan M Subramaniam, M Reza Taheri, Kate Duchene Thoma, Andrew T Trout, Mark E Zafereo, Amanda S Corey

Radiology Faculty Publications

No abstract provided.

Acr Appropriateness Criteria® Staging And Follow-Up Of Primary Vaginal Cancer., Aoife Kilcoyne, Ravi V Gottumukkala, Stella K Kang, Esma A. Akin, Carlin Hauck, Nicole M Hindman, Chenchan Huang, Namita Khanna, Rajmohan Paspulati, Gaiane M Rauch, Tamer Said, Atul B Shinagare, Erica B Stein, Aradhana M Venkatesan, Katherine E Maturen

Radiology Faculty Publications

No abstract provided.

Method And Phantom To Study Combined Effects Of In-Plane (X,Y) And Z-Axis Resolution For 3d Ct Imaging., David Goodenough, Josh Levy, Smari Kristinsson, Jesper Fredriksson, Hildur Olafsdottir, Austin Healy

Radiology Faculty Publications

Increasingly, the advent of multislice CT scanners, volume CT scanners, and total body spiral acquisition modes has led to the use of Multi Planar Reconstruction and 3D datasets. In considering 3D resolution properties of a CT system it is important to note that both the in-plane (x,y) and z-axis (slice thickness) influence the visual-ization and detection of objects within the scanned volume. This study investigates ways to consider both the in-plane resolution and the z-axis resolution in a single phantom wherein analytic or visualized analysis can yield information on these combined effects. A new phantom called the "Wave Phantom" is …

Prospective Evaluation Of The Influence Of Iterative Reconstruction On The Reproducibility Of Coronary Calcium Quantification In Reduced Radiation Dose 320 Detector Row Ct., Andrew D Choi, Eric S Leifer, Jeannie Yu, Sujata M Shanbhag, Kathie Bronson, Andrew E Arai, Marcus Y Chen

Radiology Faculty Publications

BACKGROUND: Coronary artery calcium (CAC) predicts coronary heart disease events and is important for individualized cardiac risk assessment. This report assesses the interscan variability of CT for coronary calcium quantification using image acquisition with standard and reduced radiation dose protocols and whether the use of reduced radiation dose acquisition with iterative reconstruction (IR; "reduced-dose/IR ") allows for similar image quality and reproducibility when compared to standard radiation dose acquisition with filtered back projection (FBP; "standard-dose/FBP") on 320-detector row computed tomography (320-CT).

METHODS: 200 consecutive patients (60 ± 9 years, 59% male) prospectively underwent two standard- and two reduced-dose acquisitions (800 …