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2012
DOI: 10.1002/ccd.24625
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A novel complete radiation protection system eliminates physician radiation exposure and leaded aprons

Abstract: The novel radiation protection system described is the first to provide a complete radiation barrier that eliminates radiation exposure to operators, thereby obviating the need for orthopedically burdensome leaded aprons. This approach to radiation protection has promise to enhance the safety and occupational health of medical personnel in the catheterization laboratory.

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Cited by 32 publications
(20 citation statements)
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“…There also seems to be variability in shield efficacy related to the specifics of shield positioning [14,60], and further research is needed to clarify optimal shield position for various access points. In addition, research should further explore specialized systems that combine multiple shielding materials for comprehensive protection [62,63]. These systems show potential in current literature and may eventually obviate the need for leaded gowns or eyeglasses.…”
Section: Techniques For Minimizing Lens Exposurementioning
confidence: 96%
“…There also seems to be variability in shield efficacy related to the specifics of shield positioning [14,60], and further research is needed to clarify optimal shield position for various access points. In addition, research should further explore specialized systems that combine multiple shielding materials for comprehensive protection [62,63]. These systems show potential in current literature and may eventually obviate the need for leaded gowns or eyeglasses.…”
Section: Techniques For Minimizing Lens Exposurementioning
confidence: 96%
“…Still, these protections are minimally protective, especially given the potentially grave outcomes of daily and cumulative radiation exposure. The use of additional radiation shielding equipment, such as the Zero‐Gravity ® , the Trinity System ® , and CATHPAX ® , offers improved protection and eliminates the weight of lead aprons. However, these devices are not without limitations.…”
Section: Discussionmentioning
confidence: 99%
“…Specially designed radiation protection cabins and suspended protection screens may help reduce ionizing radiation exposure during cardiac resynchronization device implantation procedures [38,[63][64][65][66]. Nonfluoroscopic guidance systems using tiny location sensors embedded in left ventricular epicardial pacing lead implantation guide wires are being developed to reduce fluoroscopic exposure during cardiac resynchronization device implantation procedures [67 & ].…”
Section: Strategies To Minimize Ionizing Radiation Exposure In the Elmentioning
confidence: 99%