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Nationwise Survey of the X-ray Beam Collimator Utilization in General Diagnostic Radiograph

Authors :
Jee Hye Kim
Jeong Wook Kim
Soon Keun Lee
Ho Jin Seong
Youn Hyun Kim
Kyung Il Jung
Jin Ho Shin
Jong Kwan Uhm
Dong-Wook Sung
Ki Nam Lee
Hyeog Ju Kim
Source :
Progress in Medical Physics. 24:119
Publication Year :
2013
Publisher :
Korean Society of Medical Physics, 2013.

Abstract

†‡ § Due to the introduction of CR and DR, it has been neglected the use of the X-ray beam collimator and field size. This study examines nationwide survey of the proper use of collimator and field size by area in a specific field of plain radiography and the current status. Authors emphasized the need for the field size criteria, and propose a standard reference field size in each specific radiologic examination. Total 333 medical institutions (included in Seoul, Gyeonggi-do, Jeolla, Chungcheong, Gangwon-do, Busan area), were investigated in relation to the status of the X-ray beam collimation field size, type specific inspection areas, medical facilities, and image analyses by type to figure out whether they use the adjustment of image field to the specific examination. To assess the awareness and the impact of radiation exposure to th e collimation adjustable, 168 radiographers who was working in 10 general hospitals, 10 hospitals, and 10 clini cs, were surveyed how they haver adjusted the actual field size. We examine that 61.3% of medical institution s used the “Proper collimation” and only 49.9% of them employed proper one in lumbar spine densely crowded by major organs. 69% among general hospitals, and 65% among hospitals using DR system were using proper colli mation. Radiographers recognized that proper adjustment of collimation could reduce the harmful radiation do se on patients. In the survey, 97.6% of respondents were aware of this fact, but only 83.3% of respondents did the adjustment of the size of the collimation field. The using of proper collimation field was low in the nationwide survey, so the effort to reduce the radiation dose on the patients is urgently needed. A unified standard for the field accompanied by thorough education should be needed.

Details

ISSN :
12265829
Volume :
24
Database :
OpenAIRE
Journal :
Progress in Medical Physics
Accession number :
edsair.doi...........e8c2e56dd880c882f0b0a609f0140486
Full Text :
https://doi.org/10.14316/pmp.2013.24.2.119