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Comparison of T1wFLAIR and T1wTSE sequences in imaging the brain of small animals using high-field MRI

机译:使用高场MRI对小动物的大脑成像中T1wFLAIR和T1wTSE序列的比较

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摘要

BackgroundT1w turbo spin echo (TSE) represents a fundamental sequence in magnetic resonance imaging (MRI) protocols investigating the brain. Recent human literature has reported T1w Fluid Attenuated Inversion Recovery’s (FLAIR’s), superiority to T1wTSE in relation to tissue contrast for grey-to-white matter (GM-WM) and lesion-to-WM, although conflicting results are reported concerning lesion detection.To the author’s knowledge, T1wFLAIR has not been investigated in veterinary medicine. The aim of this prospective study was to determine quantitatively and qualitatively which sequence provides better overall better image quality both pre- and post-gadolinium.
机译:背景技术T1w涡轮自旋回波(TSE)代表了研究大脑的磁共振成像(MRI)协议中的基本序列。最近的人类文献报道了T1w流体衰减型反转恢复(FLAIR),在灰白物质(GM-WM)和病灶对WM的组织对比度方面优于T1wTSE,尽管报告了与病灶检测有关的矛盾结果。据作者所知,尚未对T1wFLAIR进行兽医学研究。这项前瞻性研究的目的是定量和定性地确定在sequence之前和之后,哪个序列可提供更好的整体更好的图像质量。

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