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Miscellaneous 2018

Multicolor metabolic quantitative CEST (mmqCEST): high resolution imaging of brain metabolites

{The relatively low spatial resolution (ca. 250 mm3) of 1H-MRS hinders its application towards probing heterogeneous diseased tissue, e.g. tumor tissue. Therefore, we present mmqCEST, a metabolic imaging technique based on the saturation transfer from RF-tagged metabolites to the bulk water [1]. mmqCEST decodes a frequency-dependent metabolite-weighted contrast in the Z-spectra into (multicolor) quantitative metabolic maps with a high spatial resolution (ca. 3.4 mm3).}

Author(s): Khlebnikov, V and Bhogal, A and Schuppert, M and Zaiss, M and Lindig, T and Bender, B and Ernemann, U and Scheffler, K and Luijten, P and Hoogduin, H and Klomp, D and Prompers, J
Book Title: 7th International Workshop on Chemical Exchange Saturation Transfer (CEST 2018)
Pages: 19
Year: 2018
Bibtex Type: Miscellaneous (misc)
Electronic Archiving: grant_archive

BibTex 

@misc{item_3038375,
  title = {{Multicolor metabolic quantitative CEST (mmqCEST): high resolution imaging of brain metabolites}},
  booktitle = {{7th International Workshop on Chemical Exchange Saturation Transfer (CEST 2018)}},
  abstract = {{The relatively low spatial resolution (ca. 250 mm3) of 1H-MRS hinders its application towards probing heterogeneous diseased tissue, e.g. tumor tissue. Therefore, we present mmqCEST, a metabolic imaging technique based on the saturation transfer from RF-tagged metabolites to the bulk water [1]. mmqCEST decodes a frequency-dependent metabolite-weighted contrast in the Z-spectra into (multicolor) quantitative metabolic maps with a high spatial resolution (ca. 3.4 mm3).}},
  pages = {19},
  year = {2018},
  slug = {item_3038375},
  author = {Khlebnikov, V and Bhogal, A and Schuppert, M and Zaiss, M and Lindig, T and Bender, B and Ernemann, U and Scheffler, K and Luijten, P and Hoogduin, H and Klomp, D and Prompers, J}
}