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Miscellaneous 2018

Whole Brain High Resolution Metabolite Mapping Using 1H FID MRSI with Dynamic B0 Shimming at 9.4T

{Whole-brain metabolite mapping with volumetric coverage is a valuable tool for the evaluation of metabolite levels across different regions in the human brain. Previously, several whole-brain 1H MRSI studies have been performed at 3T e.g. 1. 2 using the EPSI sequence 3. However, so far, similar studies have not been done at higher field strengths despite the many advantages of higher fields for spectroscopy applications. In this study, we combine a robust in/plane acceleration technique with dynamic slice-wise B0 shim updating and present whole-brain metabolite maps acquired with a high resolution at 9.4T.}

Author(s): Nassirpour, S and Chang, P and Henning, A
Book Title: MRS Workshop 2018 Metabolic Imaging
Year: 2018
Bibtex Type: Miscellaneous (misc)
Electronic Archiving: grant_archive

BibTex 

@misc{item_3000116,
  title = {{Whole Brain High Resolution Metabolite Mapping Using 1H FID MRSI with Dynamic B0 Shimming at 9.4T}},
  booktitle = {{MRS Workshop 2018 Metabolic Imaging}},
  abstract = {{Whole-brain metabolite mapping with volumetric coverage is a valuable tool for the evaluation of metabolite levels across different regions in the human brain. Previously, several whole-brain 1H MRSI studies have been performed at 3T e.g. 1. 2 using the EPSI sequence 3. However, so far, similar studies have not been done at higher field strengths despite the many advantages of higher fields for spectroscopy applications. In this study, we combine a robust in/plane acceleration technique with dynamic slice-wise B0 shim updating and present whole-brain metabolite maps acquired with a high resolution at 9.4T.}},
  year = {2018},
  slug = {item_3000116},
  author = {Nassirpour, S and Chang, P and Henning, A}
}