Implementasi Pemahaman Radiografer terhadap Exposure Index dalam Optimasi Prosedur Pemeriksaan Radiografi Computed Radiography

M. Irsal, G. Winarno, Shinta Gunawati Sutoro
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Abstract

Background: Increasing the exposure factor is often carried out by radiographers to reduce noise and maintain image quality in computer radiography (CR). Therefore, there is a need for awareness and understanding of the exposure index (EI) to implement optimization procedures in radiographic examinations. Methods: The research method is descriptive and analytical by providing questionnaires to radiographers in PA chest radiographic examinations. This research was carried out at hospitals A, B, and C in the Jakarta-Bogor area with the research carried out between August – October 2023. Statistical analysis used SPSS 27 with data coding previously. After that, the data is processed with descriptive statistics to determine the frequency, distribution, percentage, average, and standard deviation. Then, the test chi-square to determine the relationship between gender, age, education, and work experience in understanding CR optimization procedures. Next, to find out the relationship between age and weight and EI, a test was carried out by Pearson test to determine the level of relationship between the two variablesResults: was found that the level of awareness and understanding of radiographers regarding optimization procedures using EI is still low. Test results chi-square age-understanding 0.309, gender-understanding 0.772, education-understanding 0.036, experience-understanding 0.201. next are the test results Pearson for Hospital-A: age-EI 0.09, weight-EI -0.49, Hospital-B: age-EI -0.21, weight-EI 0.06, Hospital-C: age-EI -0.37, weight-EI 0.56. Conclusions:  implementing EI in the optimization procedure, it needs to be confirmed by measuring the patient's radiation dose so that there are no errors in implementing the optimization.
放射技师对曝光指数的理解在优化计算机放射成像检查程序中的应用
背景:在计算机放射摄影(CR)中,放射技师通常会提高曝光系数,以减少噪音并保持图像质量。因此,有必要认识和了解曝光指数(EI),以便在射线照相检查中实施优化程序。研究方法研究方法是通过向 PA 胸部放射检查的放射技师发放问卷进行描述和分析。本研究在雅加达-茂物地区的 A、B 和 C 医院进行,研究时间为 2023 年 8 月至 10 月。统计分析使用 SPSS 27,之前已对数据进行了编码。然后,对数据进行描述性统计,以确定频率、分布、百分比、平均值和标准偏差。然后,通过卡方检验确定性别、年龄、教育程度和工作经验在理解 CR 优化程序方面的关系。接下来,为了找出年龄和体重与 EI 之间的关系,通过皮尔逊检验来确定这两个变量之间的关系水平结果:发现放射技师对使用 EI 的优化程序的认识和理解水平仍然较低。接下来是皮尔逊检验结果:医院 A:年龄-EI 0.09,体重-EI -0.49;医院 B:年龄-EI -0.21,体重-EI 0.06;医院 C:年龄-EI -0.37,体重-EI 0.56。结论:在优化程序中实施 EI 时,需要通过测量患者的辐射剂量来确认,这样才能避免在实施优化时出现误差。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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