PENGARUH VARIASI TIME REPETITION (TR) TERHADAP KUALITAS CITRADAN INFORMASI CITRA PADA PEMERIKSAAN MRI LUMBALSEKUENS T2 FSE POTONGAN SAGITAL

S. Nizar, F. Fatimah, Irwan Kartili
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引用次数: 2

Abstract

Background : TR (Time Repetition) is an MRI parameter. TR controls the amount of longitudinal magnetization recovery before the next RF pulse. TR parameter is one of parameters that can affect image quality and image information. Long TR arrangements can increase SNR (Signal To Noise Ratio), CNR (Contrast To Noise Ratio) and provide better contrast, but increase the examination time. The purpose of this research is to know the effect of TR to image quality, difference of image information and TR optimal on MRI Lumbal sequence T2 FSE sagittal. Methods : The type of this research is quantitative research with experimental approach. The sample of research used is 6 probandus. TR variations used are TR 2000, 2500, 3000, 3500, 4000 with other parameters controlled. Aspects of image quality and image information values assessed in this study include Corpus Vertebrae, Discus Vertebrae, Cerebro Spinal Fluid (CSF), Medulla Spinalis, and Soft Tissue. Processing and analysis of image quality data is done by data normality test using shapiro-wilk, then test influence correlation pearson, linear regression and repeated anova. and for image information is done normality data test using shapiro-wilk, and friedman test. Result : The results of the test analysis showed that there was a TR effect on SNR image quality (p = 0.001) and CNR (p = 0.007) with (p <0.05) on all assessed organs. There is a difference in image information of MRI Lumbal T2 FSE sequence of sagittal pieces on Time Repetition variation with significance value (p <0.05). The optimal TR value on image quality is found on TR 4000 variation with mean of highest mean rank that is 42.82. While the optimal TR value on the image information is on the variation of TR 3000 with the highest mean mean rank is 3.25. TR 3000 is considered to produce better image information and is considered optimal on MRI Lumbal sequences of T2 FSE sagittal fragments compared to other TR variations with a duration of examination time of 2 minutes 30 seconds. Conclusion: Based on the results that good variation TR used on MRI Lumbal examination sequence T2 FSE sagital view is TR 3000 with best image qualit,  informative image information and short scanning time.
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时间反射的变化对腰椎鳞屑核磁共振检查中质素和图像信息的影响
背景:TR(时间重复)是一个MRI参数。TR控制下一个射频脉冲前的纵向磁化恢复量。TR参数是影响图像质量和图像信息的参数之一。长TR排列可以提高信噪比(SNR)、比噪比(CNR),提供更好的对比度,但增加了检查时间。本研究的目的是了解TR对MRI腰椎序列T2 FSE矢状面图像质量的影响,图像信息差异和TR优化。方法:本研究采用定量研究与实验研究相结合的方法。研究使用的样本是6个probandus。所使用的TR型号有TR 2000、2500、3000、3500、4000,并可控制其他参数。本研究评估的图像质量和图像信息价值方面包括椎体、盘状椎体、脑脊液(CSF)、脊髓髓质和软组织。对图像质量数据进行处理和分析,采用夏皮罗-威尔克法进行数据正态性检验,然后检验相关性pearson、线性回归和重复方差分析的影响。并对图像信息进行了正态性数据检验,分别采用shapiro-wilk和friedman检验。结果:测试分析结果显示,TR对所有评估器官的信噪比(SNR)图像质量(p = 0.001)和CNR (p = 0.007)均有影响(p <0.05)。MRI腰椎T2矢状块FSE序列在Time Repetition变异上的图像信息差异有显著性意义(p <0.05)。在TR 4000变异上找到图像质量的最佳TR值,其均值最高,为42.82。而图像信息的最优TR值是TR 3000的变化,最高的平均平均秩为3.25。与其他TR变异相比,TR 3000被认为可以产生更好的图像信息,并且在T2 FSE矢状碎片的MRI腰椎序列上被认为是最佳的,检查时间为2分30秒。结论:基于结果,MRI腰椎检查序列T2 FSE矢状位图上使用的变异度较好的TR为TR 3000,图像质量最好,图像信息丰富,扫描时间短。
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