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KMID : 1151820140080010001
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Journal of the Korean Society of Radiology
2014 Volume.8 No. 1 p.1 ~ p.10
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Reducing Radiation Exposure Dose on Operator by Using Lateral Protection in Neuro-Intervention
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Kim Jong-Deog
Ahn Byeoung-Ju
Lee Jun-Haeng
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Abstract
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The bi-plane cerebrovascular angiography radiation is done the radiation exposure at the forward and lateral direction as opposed to the one of the source. So, the exposure dose of radiation workers increases further. Therefore, the medical diagnostic radiation workers as well as patients is interested to ways to reduce the dose. The exposure dose of cerebral angiography and interventional radiology must be considered the primary radiation of X-ray tube directly, scattered primary radiation between lateral tube and lateral detector and relatively small secondary scatter radiation in the walls of room. The aim of study is that the exposure dose of primary and scatter radiation reduce as much as possible to install protection device of lateral protection than common shielding of table and ceiling. As a result, the dose of fluoroscopy was reduced approximately 3.64 times the gonads, thyroid approximately 3.13 times, 4.42 times around eyes. And the dose of DSA was reduced approximately 4.98 times the gonads, thyroid approximately 3.00 times, 1.67 times around eyes. Consequently, medical practitioners can be helpful for radiation dose-exposure for the lateral protection of bi-plane cerebrovascular angiography more than the common shield method in cerebrovascular angiography and interventional radiological procedures.
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KEYWORD
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bi-plane cerebrovascular, radiation workers, interventional angiology procedures, lateral protection
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