A new sequence for shaped voxel spectroscopy in the human brain using 2D spatially selective excitation and parallel transmission

Waxmann Patrick; Mekle Ralf; Schubert Florian; Bruehl Ruediger; Kuehne Andre; Lindel Tomasz D.; Seifert Frank; Speck Oliver; Ittermann Bernd

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A new sequence for shaped voxel spectroscopy in the human brain using 2D spatially selective excitation and parallel transmission

机译：使用2D空间选择性激发和并行传输的人脑形状体素光谱的新序列

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摘要

Spatially selective excitation in two dimensions (2D-SSE) utilizing parallel transmission was applied as a means to acquire signal from voxels adapted to the anatomy of interest for in vivo H-1 MR spectroscopy.

机译：利用平行传输的二维（2D-SSE）空间选择性激发被用作一种手段，以从适于体内H-1 MR光谱学的感兴趣的体素中获取信号。

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来源
《NMR in biomedicine》 |2016年第8期|共10页
作者
Waxmann Patrick; Mekle Ralf; Schubert Florian; Bruehl Ruediger; Kuehne Andre; Lindel Tomasz D.; Seifert Frank; Speck Oliver; Ittermann Bernd;
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正文语种 eng
中图分类放射医学;
关键词
parallel transmission; shaped voxel spectroscopy; spatially selective excitation; chemical shift artifact;

机译：平行透射;体素光谱;空间选择性激发;化学位移伪影;

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1. A new sequence for shaped voxel spectroscopy in the human brain using 2D spatially selective excitation and parallel transmission [J] . Waxmann Patrick, Mekle Ralf, Schubert Florian, NMR in biomedicine . 2016,第8期

机译：使用2D空间选择性激发和并行传输的人脑形状体素光谱的新序列
2. Spatially 2D-selective RF excitations using the PROPELLER trajectory: Basic principles and application to MR spectroscopy of irregularly shaped single voxel [J] . BuschM.G., FinsterbuschJ. Magnetic resonance in medicine: official journal of the Society of Magnetic Resonance in Medicine . 2011,第5期

机译：使用PROPELLER轨迹的二维二维选择性RF激发：不规则形状的单个体素的MR光谱学的基本原理和应用
3. Selective excitation of two-dimensional arbitrarily shaped voxels with parallel excitation in spectroscopy [J] . SnyderJ., HaasM., HennigJ., Magnetic resonance in medicine: official journal of the Society of Magnetic Resonance in Medicine . 2012,第2期

机译：光谱中平行激发的二维任意形状体素的选择性激发
4. Machine learning based analysis of human prostate cancer cell lines at different metastatic ability using native fluorescence spectroscopy with selective excitation wavelength [C] . Jianpeng Xue, Yang Pu, Jason Smith, Biophysics, Biology and Biophotonics III: the Crossroads . 2018

机译：使用具有选择性激发波长的天然荧光光谱，基于机器学习的人类前列腺癌细胞在不同转移能力下的分析
5. Dynamic Shimming of the Human Brain with a 32-Channel Integrated Parallel Reception, Excitation, and Shimming (iPRES) Head Coil Array [D] . Zhang, Huimin. 2018

机译：具有32通道集成并行接收，激励和匀场（iPRES）头线圈阵列的人脑动态匀场
6. Evaluation of 2D spatially selective MR spectroscopy using parallel excitation at 7 T [O] . Gopesh Patel, Martin Haas, Niravkumar Darji, 2015

机译：使用7 T的平行激发评估二维空间选择性MR光谱
7. Non-selective Refocusing Pulse Design in Parallel Transmission for Magnetic Resonance Imaging of the Human Brain at Ultra High Field [O] . Massire Aurélien 2014

机译：超高场人脑磁共振成像并行传输中的非选择性重聚焦脉冲设计
8. Two-Photon Excitation of Cesium Alkali Metal Vapor 72D, 82D Kinetics and Spectroscopy. [R] . Davila, R. C. 2018

机译：铯碱金属蒸汽72D的双光子激发，82D动力学和光谱学。

A new sequence for shaped voxel spectroscopy in the human brain using 2D spatially selective excitation and parallel transmission

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