8/22/2019: An Open Letter to the X-Ray Imaging Community from the American Association of Physicists in Mediicine (AAPM)
8/13/2019: Utilization of a Radiation Safety Time-Out Reduces Radiation Exposure During Electrophysiology Procedures
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“I really admire the Image Gently program and what you are trying to do for parents and children…It took me by complete shock when I found out that a barium enema even used radiation…This goes to show exactly how BIG the gap is between healthcare and parents with radiation.” TB 12.15.18
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2018 Butterfly Award
Priscilla Butler, MS, accepted the 2018 Butterfly Award at the 2018 RSNA in Chicago, Illinois on November 26, 2018.
To see previous Butterfly Awards....
This study sought to determine whether a radiation safety time-out reduces radiation exposure in electrophysiology procedures.
Time-outs are integral to improving quality and safety. The authors hypothesized that a radiation safety time-out would reduce radiation exposure levels for patients and the health care team members.
The study was performed at the New York University Langone Health Electrophysiology Lab. Baseline data were collected for 6 months prior to the time-out. On implementation of the time-out, data were collected prospectively with analyses to be performed every 3 months. The primary endpoint was dose area product. The secondary endpoints included reference point dose, fluoroscopy time, use of additional shielding, and use of alternative imaging such as intracardiac and intravascular ultrasound. Read more...
•Pediatric radiation dose is a critical issue and should be optimized.
•Radiation dose benchmark guideline should be available to achieve ALARA.
•Monitoring of radiation dose and awareness improvement among healthcare workers.
Successful diagnostic and clinical outcomes in use of interventional cardiac imaging procedures make them strong choices in dealing with cardiovascular disease. Interventional procedures in developing countries are now growing markedly, increasing with the availability of equipment and trained staff. Present study in Sudan has examined pediatric radiation doses during Diagnostic Coronary Angiography (DCA) and Percutaneous Intervention Procedures (PCI), identifying relationships leading to high values, in particular with patient characteristics and exposure parameters. Retrospective data analysis from DCA cases (n = 9) and PCI (n = 48) examined patient-based characteristics, exposure parameters and the Kerma Area Product (KAP). For DCA and PCI, the mean KAP and fluoroscopic time were Read more...
The purpose of this study was to reduce radiation exposure during pediatric central venous line (CVL) placement by implementing a radiation safety process including a radiation safety briefing and a job-instruction model with a preradiation time-out.
Nuclear medicine offers well-established and valuable clinical diagnostic instrumentation and techniques in several disciplines, including urology, neurology, orthopedics, and oncology (1). Although radiation exposure from nuclear medicine studies is on par with (and often lower than) that of other medical imaging procedures, it is still prudent to limit the amount of radiation exposure to the lowest amount possible without reducing its diagnostic capability. This is particularly relevant in children because Read more
Concerns exist about radiation exposure during medical imaging. Comprehensive computerised tomography (CT) dose standards exist for adults, but are incomplete for children. We investigated paediatric CT radiation doses at a NHS Trust in order to define the extent of the risk.
CT dose indicators (CTDI) were recorded for all scans on paediatric patients from January – December 2011 and benchmarked against Read more
Objective: To evaluate the efficacy of staff training on radiation doses applied in pediatric CT scans.
Methods: Pediatric patient doses from five CT scanners before (1426 scans) and after Read more
Jannette Collins, MD, MEd, FCCP, FACR (Editor)
Before 2001, most pediatric imaging was conducted by use of the same or similar techniques used for adult imaging.1 In 2001, several investigators reported that this approach was not necessary and resulted in Read more
Nima Kasraie, PhD; David Jordan, PhD; Christopher Keup, MD; Sjirk Westra, MD
Effective radiation risk communication is a core competency for radiology care providers and can prevent and resolve potential conflicts while helping achieve effective public health safeguards. The authors present a synopsis of the challenges to holding such dialogue and review published methods for strengthening and maintaining this discourse. Twelve strategies are discussed in this article that can help alleviate concerns about the iatrogenic risk associated with medical imaging using radiation exposure.
Risk communicationperceptioncancerpediatric imagingiatrogenicparents
Despite improvements in protocol optimization and scanner technology to reduce exposure to children, there remains public concern about iatrogenic effects of radiation exposure. If patients or their parents are fearful of radiation exposure and have concerns reinforced by inaccurate information, there is risk for compromised patient care as access or image quality is diminished through efforts to reduce radiation dose 1, 2, 3, 4. Worse, patients may Read more
IAEA's RPoP E-Newletter - May 2019
Moritz Wildgruber, Michael Köhler, Richard Brill, Holger Goessmann, Wibke Uller, René Müller-Wille, Walter A. Wohlgemuth
To evaluate the effects of lowering the detector entrance exposure in children undergoing interventional radiology procedures. Read more
A children’s book entitled, Learning about X-rays with Lula and Ethan is based on one young child, Ethan, getting a head CT after having a minor playground injury. Read more here....