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Abstract #3124

The perfusion contributing significantly to the CEST signal acquired by a UTE-CEST sequence

Quan Tao1, Peiwei Yi1, Zimeng Cai1, Yingjie Mei2, Zhifeng Chen1, Ruiyuan Liu1, Wufan Chen1, and Yanqiu Feng1
1School of Biomedical Engineering, Southern Medical University, Guangzhou, China, 2Philips healthcare, Guangzhou, China

Chemical exchange saturation transfer (CEST) as a novel molecule MRI technique, was approved to detect some diseases, like tumor grading[1], kidney injure[2], osteoarthritis (OA) and etc. However, it is crucial to purify the CEST signal. In this study, we explored the perfusion contribution to the CEST signal acquired by a UTE-CEST sequence.

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