利用FLAIR-DW-EPI脉冲序列分析脉络膜丛MRI信号强度变化

Jingyu Kim, Sang-Jin Im
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引用次数: 0

摘要

本研究采用FLAIR弥散加权成像技术对产生脑脊液的脉络膜丛的信号强度进行分析。在T2*-DW-EPI弥散加权图像中,对脉络膜丛信号高的受试者,进一步检测flal -DW-EPI技术抑制水信号,并对信号强度进行对比分析。实验结果证实FLAIR-DW-EPI技术显示的信号强度等于或低于脑实质,两种技术的信号强度存在差异。由于这项研究,如果脉络膜丛信号在T2 * -DW-EPI扩散加权图像中是高的,那么flal -DW-EPI技术的额外检查被认为有助于区分脉络膜丛的功能问题。总之,如果T2*-DW-EPI弥散加权图像上脉络膜丛信号高,我们认为进一步检查FLAIR-DW-EPI技术将有助于区分脉络膜丛的功能问题。
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Analysis of Changes in Signal Intensity of Choroid Plexus in MRI Using FLAIR-DW-EPI Pulse Sequence
In this study, the signal intensity of choroid plexus, which is producing cerebrospinal fluid, is analyzed according to the FLAIR diffusion-weighted imaging technique. In the T2*-DW-EPI diffusion-weighted image, the FLAIR-DW-EPI technique, which suppressed the water signal, was additionally examined for subjects with high choroid plexus signals and compared and analyzed the signal intensity. As a result of the experiment, it was confirmed that the FLAIR-DW-EPI technique showed a signal strength equal to or lower than that of the brain parenchyma, and there was a difference in signal strength between the two techniques. As a result of this study, if the choroidal plexus signal is high in the T2 * -DW-EPI diffusionweighted image, additional examination of the FLAIR-DW-EPI technique is thought to be useful in distinguishing functional problems of the choroid plexus. In conclusion, if the choroidal plexus signal is high on the T2*-DW-EPI diffuse weighted image, it is thought that further examination of the FLAIR-DW-EPI technique will be useful in distinguishing functional problems of the choroidal plexus.
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