Radiation Safety Case Image Wisely. Image Wisely is pleased to present the newest radiation safety case in our free series of online and mobile compatible educational offerings for the imaging professional team. Dft Windows Phone Installer Download on this page. Radiation safety case content includes embedded questions that allow you to assess your understanding of important radiation safety concepts. Each question provides expert feedback as well as references and resources for further study. Throughout the year, the IW radiation safety case will offer similar short lessons on radiation safety topics, providing opportunities to expand your knowledge, reduce radiation dose to you and your patients, and earn continuing education credits as you do so. Continuing education credit for radiologists, imaging technologists and medical physicists is available after successfully completing a brief post instruction quiz and evaluation survey. Download How to Access the Free Image Wisely Radiation Safety Cases for step by step instructions on accessing the case. New Case 1. 0 special edition Child sizing CT Dose Optimizing Patient Care Through Quality Improvement Pediatric and Adult Imaging developed by Image GentlyDesigned to provide practical explanations of some of the newer technologies and terminology in CT scans, this case reviews quality improvement as it relates to the performance of CT imaging. Cardiac Perfusion Program' title='Cardiac Perfusion Program' />From our boardcertified cardiologists to our excellent cardiac and pulmonary rehabilitation programs, our Cardiac Services department and Cardiac Rhythm Management. FDA warns of rare but serious risk of heart attack and death with cardiac nuclear stress test drugs Lexiscan regadenoson and Adenoscan adenosine. Adult Pediatric MRI Cardiac Protocols for Techs Residents. It discusses radiation risk and the relationship of image quality to patient dose. Authors K. Strauss M. CPB-Neonates-1024x684.jpg' alt='Cardiac Perfusion Program' title='Cardiac Perfusion Program' />Goske. Audience Radiologists, imaging technologists and medical physicists interpreting, performing and evaluating CTImportant Note There is no charge to participate in this educational activity. For CE credit tracking and reporting, you will be redirected to the ACR website to log in or register and add the free module to your shopping cart. Access the case Credits awarded for this enduring activity are designated SA CME by the American Board of Radiology ABR and qualify toward fulfilling requirements for Maintenance of Certification MOC Part II Lifelong Learning and Self assessment for physicians and medical physicists. CME Cat A Credit Released 62. CME Cat A Credit Expires 62. CAMPEP Credit Expires 81. Have an idea for a future radiation safety case Let us know Previous Cases. Cardiac rehabilitation is a complex intervention offered to patients diagnosed with heart disease, which includes components of health education, advice on. VCH serves BC residents in Vancouver, North Shore, Richmond, the SeatoSky Highway, Sunshine Coast more. Apply for a job today Testing. Each of our diagnostic tests may require certain preparations. Your doctor will inform you of these preparations when your test is scheduled. Background Static cold storage is generally used to preserve kidney allografts from deceased donors. Hypothermic machine perfusion may improve outcomes after. Cardiac Imaging, Inc. PET imaging provider partnering with physicians everywhere to perform Rb82 PET MPI exams. Cardiac Perfusion Program' title='Cardiac Perfusion Program' />Case 9 Balancing Image Quality and Radiation Dose in Cardiac CT Angiography. Explains how cardiac CTA scan parameters affect radiation dose exposure and image quality and illustrates techniques to modify scan acquisition and image post processing to improve this balance in cardiac CTA. Authors N. Meyersohn B. Ghoshhajra U. Hoffmann. Audience Radiologists, radiologic technologists and medical physicists performing and interpreting cardiac CT angiography. Access the case Case 8 C arm Based Cone Beam CT in Interventional Radiology. Explains the basic concepts of C arm based cone beam CT and discusses the differences in determining patient radiation dose between cone beam CT and multi detector CT. Authors S. Sabir A. K. Jones. Audience Radiologists, radiologic technologists and medical physicists working with interventional fluoroscopy. Access the case Case 7 Patient Skin Dose with Interventional Fluoroscopy Metrics, C Arm Geometry and Spectral Filtration. Emphasizes awareness of skin dose during interventional fluoroscopy, use of metrics, C arm geometry and special filtration to optimize dose. Authors W. Pavlicek R. G. Paden T. Boltz J. Hanson. Audience Radiologists, radiologic technologists and medical physicists working with interventional fluoroscopy. Access the case Case 6 Optimizing Radiation Use During a Difficult IVC Filter Retrieval. Emphasizes the importance of contingency planning and other factors influencing the amount of radiation needed to meet the patients needs. Authors J. R. Duncan R. Marcus M. Street. Audience Radiologists, radiologic technologists and medical physicists working with interventional fluoroscopy. Access the case Case 5 Imaging Wisely When Evaluating for Pulmonary Embolism. Explains doses to patients and their impacted organs from CT and VQ scans in the evaluation of pulmonary embolism. Authors E. Grady F. H. Fahey. Audience Radiologists, radiologic technologists, nuclear medicine technologists and medical physicists working in diagnostic radiology or nuclear medicine. Access the case Case 4 Technical Errors and Image Quality in Digital Radiography. Describes strategies to identify and correct technical errors to improve image quality and reduce dose in digital radiography. Author C. E. Willis. Audience Radiologists, radiologic technologists and medical physicists working with digital radiography. Access the case Case 3 CT Brain Perfusion Dose Optimization. Describes basic scanning protocols and dose considerations in CT brain perfusion. Authors L. Yu E. P. Lindell D. R. De. Lone A. L. Kostenas S. Leng J. G. Fletcher C. H. Mc. Collough. Audience Radiologists, radiologic technologists and medical physicists working with computed tomography. Access the case Case 2 Dose Management in Endovascular Image Guided Neuro Interventions. Describes the effective use of collimation and region of interest imaging to reduce dose during fluoroscopy. Authors D. R. Bednarek C. Ionita S. N. Sweadri Vasan S. Rudin. Audience Radiologists, radiologic technologists and medical physicists working with fluoroscopy. Access the case Case 1 CT Dose and Size Specific Dose Estimate SSDEExplains common CT dose terms along with their proper usage and limitations. Authors M. Supanich, M D. Peck. Audience Radiologists, radiologic technologists and medical physicists working with computed tomography.