Widya Mufida
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引用次数: 0

摘要

背景:萨拉提加医院放射科脑血管造影CTA检查,流速为5 ml/s,片剂跟踪造影剂放置在2个不同的位置,有的放射线师使用颈内动脉,有的放射线师使用主动脉弓作为ROI跟踪的指标。图像采集是通过调整注射造影剂后的扫描延迟和注射前的跟踪来完成的,因此跟踪位置的差异会影响扫描延迟时间和给患者的剂量。本研究的目的是根据图像信息和给予患者的辐射剂量确定准确跟踪的位置。方法:这类研究采用定性数据描述。研究对象为行颈内动脉(ICA)、主动脉弓追踪定位脑CTA检查的患者。研究对象为2名放射技师和1名放射科医师。资料收集采用访谈观察法。结果:研究表明,在ICA区使用ROI跟踪的CTA检查中,如果扫描延迟时间设置不正确,存在造影剂进入血管的风险;当患者移动时,在主动脉弓上的ROI跟踪设置更安全,跟踪位置仍在血管周围,但随着扫描面积的增加,给予患者的辐射往往更大。结论:在CTA脑部检查中,可以根据放射技师对血管的发现情况,在颈内动脉和主动脉弓区域使用ROI跟踪。使用正确的扫描延迟时间会影响所产生的扫描结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analisis Letak Tracking Di Area Arteri Carotis Interna Dan Arcus Aorta Pada Pemeriksaan Cta Cerebral Di Instalasi Radiologi RSUD Salatiga
Background: In the CTA examination of cerebral angiography at the Radiology Installation of Salatiga Hospital, the flow rate used was 5 ml/s, bolus tracking contrast media was placed in 2 different places, some radiographers used the internal carotid artery and some used the aortic arch as an indicator of ROI tracking. Image acquisition is done by adjusting the scan delay post injection of contrast media and pre bolus tracking, so that the difference in the placement of the tracking affects the scan delay time and the dose given to the patient. The purpose of this study is to determine the location of accurate tracking in terms of image information and radiation dose given to the patient.Methods: This type of research is descriptive with qualitative data. The research object is the patient who performs Cerebral CTA examination with tracking location on the interna carotid artery(ICA) and aortic arch. The research subjects were 2 radiographers and 1 radiologist. Data collection was done by interview observation method.Results: Research shows that in Cerebral CTA examination using ROI tracking in the ICA area, there is a risk of contrast media entering the blood vessels if the scan delay time setting is not right, while the ROI tracking setting in the aortic arch is safer if the patient moves the tracking location is still around blood vessels but the radiation given to the patient tends to be larger as the scanning area increasesConclusions: The use of tracking ROI in the area of the internal carotid artery and aortic arch on CTA Cerebral examination can be used according to the radiographer's expertise in finding these blood vessels, the use of the right scan delay time affects the scanning results produced. 
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