Purpose: Image‐guided localization SPectral Localization Achieved by Sensitivity
Heterogeneity (SPLASH) allows rapid measurement of signals from irregularly shaped …

In vivo 1H Magnetic Resonance Spectroscopy (MRS) and Magnetic Resonance
Spectroscopic Imaging (MRSI) signals contain relevant metabolicinformation commonly …

Magnetic resonance spectroscopic imaging (MRSI) is a powerful tool capable of providing
spatially localized maps of metabolite concentrations. Its utility, however, is often …

Expert consensus recommends linear‐combination modeling (LCM) of 1H MR spectra with
sequence‐specific simulated metabolite basis function and experimentally derived …

NMR spectroscopy is a mainstay of metabolic profiling approaches to investigation of
physiological and pathological processes. The one‐dimensional proton pulse sequences …

Magnetic resonance spectroscopic imaging (MRSI) reveals a wealth of metabolic
information, not only from a single region of interest (single voxel), but spatially mapped over …

Background The hardware and software differences between MR vendors and individual
sites influence the quantification of MR spectroscopy data. An analysis of a large data set …

Several practical obstacles in data handling and evaluation complicate the use of
quantitative localized magnetic resonance spectroscopy (qMRS) in clinical routine MR …

Purpose To investigate the feasibility of parameterizing macromolecule (MM) resonances
directly from short echo time (TE) spectra rather than pre‐acquired, T1‐weighted, metabolite …

Objective Simultaneous modeling of true 2-D spectroscopy data, or more generally,
interrelated spectral datasets has been described previously and is useful for quantitative …