Diffusion-weighted spectroscopy: a novel approach to determine macromolecule resonances in short-echo time 1H-MRS.

@article{Kunz2010DiffusionweightedSA,
  title={Diffusion-weighted spectroscopy: a novel approach to determine macromolecule resonances in short-echo time 1H-MRS.},
  author={Nicolas Kunz and Cristina Cudalbu and Vladimir Mlynarik and Petra Susan H{\"u}ppi and St{\'e}phane V. Sizonenko and Rolf Gruetter},
  journal={Magnetic resonance in medicine},
  year={2010},
  volume={64 4},
  pages={939-46}
}
Quantification of short-echo time proton magnetic resonance spectroscopy results in >18 metabolite concentrations (neurochemical profile). Their quantification accuracy depends on the assessment of the contribution of macromolecule (MM) resonances, previously experimentally achieved by exploiting the several fold difference in T(1). To minimize effects of heterogeneities in metabolites T(1), the aim of the study was to assess MM signal contributions by combining inversion recovery (IR) and… CONTINUE READING
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Early and progressive disease marker in MS: results from a large cross-sectional spectroscopic imaging study at 3T. In: American academy of neurology 59th annual meeting

  • H Ratiney, R Srinivasan, RG Henry, D Okuda, S Nelson, D. Pelletier
  • 2007
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