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Fisher, Ryan

0009-0001-2440-112X

Mayo Clinic

MetroHealth

Citations 3

AAPM task group report 305: Guidance for standardization of vendor‐neutral reject analysis in radiography
Little, Kevin J. , Reiser, Ingrid , Apgar, Bruce, Dave, Jaydev K. , Fisher, Ryan , Hulme, Katie, Jafari, Mary Ellen, Marshall, Emily L. , Meyer, Stephen, Moore, Quentin T , Murphy, Nicole, Nishino, Thomas K. , Nye, Katelyn, Sabol, John M. , Tarbox, Lawrence , Uzenoff, Robert, Walz‐Flannigan, Alisa , Willis, Charles E., Little, Kevin , Marshall, Emily , Nishino, Thomas , Sensakovic, William, Reiser, Ingrid , Dalal, Poonam, O'Donnell, Kevin, Sánchez, Adrian A. , Sensakovic, William F. , Zhang, Jie

Journal of Applied Clinical Medical Physics | March 30, 2023 | Volume: 24 | Issue: 5 | Pages: No page available

10.1002/acm2.13938 Get It

AbstractReject rate analysis is considered an integral part of a diagnostic radiography quality control (QC) program. A rejected image is a patient radiograph that was not presented to a radiologist for diagnosis and that contributes unnecessary radiation dose to the patient. Reject rates that are either too high or too low may suggest systemic department shortcomings in QC mechanisms. Due to the lack of standardization, reject data often cannot be easily compared between radiography systems from different vendors. The purpose of this report is to provide guidance to help standardize data elements that are required for comprehensive reject analysis and to propose data reporting and workflows to enable an effective and comprehensive reject rate monitoring program. Essential data elements, a proposed schema for classifying reject reasons, and workflow implementation options are recommended in this task group report.
AAPM Medical Physics Practice Guideline 12.a: Fluoroscopy dose management
Fisher, Ryan , Berkowitz, Lindsey K., Christianson, Olav, Dave, Jaydev K. , DeWeese, Lindsay , Harris, Nichole, Jafari, Mary Ellen, Jones, A. Kyle , Kobistek, Robert J., Loughran, B, Marous, Loren, Miller, Donald L. , Schueler, Beth A. , Schwarz, Bryan C. , Springer, A., DeWeese, Lindsay , Schueler, Beth, Schwarz, Bryan C , Applegate, Kimberly E. , Wunderle, Kevin

Journal of Applied Clinical Medical Physics | February 17, 2022 | Volume: 23 | Issue: 3 | Pages: No page available

10.1002/acm2.13526 Get It

AAPM Task Group Report 272: Comprehensive acceptance testing and evaluation of fluoroscopy imaging systems
Goode, Allen R. , Corwin, Frank, Fisher, Ryan , Balter, Stephen , Wunderle, Kevin , Schueler, Beth A. , Kim, Don‐Soo , Zhou, Yifang , Jenkins, Peter , Mahmood, Usman , Lin, Teh, Zhao, Hui , Park, Mi‐Ae , Trianni, Annalisa , Lendle, Markus, Kuhls‐Gilcrist, Andrew, Jans, J. C., Desponds, L. , Banasiak, Gene, Backes, Steve, Snyder, Angela, Lu, Minghui , Gonzalez, Scott, Lin, Pei‐Jan Paul , Zhang, Jie , Jenkins, Peter A., Snyder, Carl

Medical Physics | January 15, 2022 | Volume: 49 | Issue: 4 | Pages: No page available

10.1002/mp.15429 Get It

AbstractModern fluoroscopes used for image guidance have become quite complex. Adding to this complexity are the many regulatory and accreditation requirements that must be fulfilled during acceptance testing of a new unit. Further, some of these acceptance tests have pass/fail criteria, whereas others do not, making acceptance testing a subjective and time‐consuming task. The AAPM Task Group 272 Report spells out the details of tests that are required and gives visibility to some of the tests that while not yet required are recommended as good practice. The organization of the report begins with the most complicated fluoroscopes used in interventional radiology or cardiology and continues with general fluoroscopy and mobile C‐arms. Finally, the appendices of the report provide useful information, an example report form and topics that needed their own section due to the level of detail.