Radiation-induced injuries from fluoroscopic procedures in pediatric patients have occurred, and young patients are at greatest risk of many radiation-induced neoplasms. Some fluoroscopists have been injured from their use of fluoroscopy, and they are known to be at risk of radiation-induced neoplasm when radiation is not well-controlled. This article reviews the circumstances that lead to radiation injury and delineates some procedural methods to avoid injury and limit radiation exposure to both the patient and the fluoroscopist
© 2017 The Association of University Radiologists The use of diagnostic medical imaging is becoming ...
Background: radiation medical imaging is a valuable tool in detecting diseases. Biological Effects o...
Abstract During the last 15 years, developments in X-ray technologies have substantially improved th...
Radiation-induced injury to skin is an infrequent but potentially serious complication to complex fl...
Minimizing radiation injury and neoplastic effects during pediatric fluoroscopy: what should we know
BACKGROUND: Fluoroscopy has been an integral part of modern interventional pain management. Yet fluo...
Introduction - In general, the procedures used in Nuclear Medicine (NM), involve a lower exposure to...
Introduction: Diagnostic reference levels (DRL) of procedures involving ionizing radiation are impor...
The frequency of imaging examinations requiring radiation exposure in children (especially CT) is ra...
IntroductionDuring the past several decades, the number of diagnostic tests and procedures that requ...
The number of X-rays, specifically CT scans, performed on patients in the United States is increasin...
Abstract—Interventional fluoroscopy procedures are increas-ingly important in medical practice. As n...
Pediatric patients are at higher risk to the adverse effects from exposure to ionizing radiation tha...
The use of fluoroscopy is widespread within different medical specialties. Improper protection may c...
Background: While traditional intraoperative fluoroscopy protection relies on thyroid shields and ap...
© 2017 The Association of University Radiologists The use of diagnostic medical imaging is becoming ...
Background: radiation medical imaging is a valuable tool in detecting diseases. Biological Effects o...
Abstract During the last 15 years, developments in X-ray technologies have substantially improved th...
Radiation-induced injury to skin is an infrequent but potentially serious complication to complex fl...
Minimizing radiation injury and neoplastic effects during pediatric fluoroscopy: what should we know
BACKGROUND: Fluoroscopy has been an integral part of modern interventional pain management. Yet fluo...
Introduction - In general, the procedures used in Nuclear Medicine (NM), involve a lower exposure to...
Introduction: Diagnostic reference levels (DRL) of procedures involving ionizing radiation are impor...
The frequency of imaging examinations requiring radiation exposure in children (especially CT) is ra...
IntroductionDuring the past several decades, the number of diagnostic tests and procedures that requ...
The number of X-rays, specifically CT scans, performed on patients in the United States is increasin...
Abstract—Interventional fluoroscopy procedures are increas-ingly important in medical practice. As n...
Pediatric patients are at higher risk to the adverse effects from exposure to ionizing radiation tha...
The use of fluoroscopy is widespread within different medical specialties. Improper protection may c...
Background: While traditional intraoperative fluoroscopy protection relies on thyroid shields and ap...
© 2017 The Association of University Radiologists The use of diagnostic medical imaging is becoming ...
Background: radiation medical imaging is a valuable tool in detecting diseases. Biological Effects o...
Abstract During the last 15 years, developments in X-ray technologies have substantially improved th...