An all-at-once 2D CEST by F1-spatial frequency encoding

Markus Rotzinger, Sebastian Tassoti, Klaus Zangger
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Abstract

In this work we present a 2D NMR experiment that provides insight into the full chemical exchange saturation transfer (CEST) network present in a sample. It yields all CEST profiles between any signals in a spectrum at once. The method relies on a combination of slice selective saturation during the preparation period, combined with an inverse read-out gradient applied during the evolution time. The resulting 2D spectrum yields gradient profiles in F1 with dips at the frequencies of signals that show a CEST to the corresponding signal in F2.

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由f1空间频率编码的一次性二维CEST
在这项工作中,我们提出了一个二维核磁共振实验,提供了对样品中存在的完整化学交换饱和转移(CEST)网络的深入了解。它可以一次产生一个频谱中任何信号之间的所有CEST剖面。该方法依赖于制备期间的切片选择性饱和度,以及在演化期间应用的逆读出梯度的组合。由此产生的二维频谱在F1中产生梯度曲线,在信号频率处显示出与F2中相应信号的CEST。
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