<p>Localized <sup>1</sup>H spectra were obtained from an 18.75 μl volume (white box) positioned within the left or right hemisphere of the brain. Metabolite content was determined by spectral fitting with LC model using a basis set of 17 metabolites plus components due to macromolecules and intracellular lipids.</p
PURPOSE: To quantify and examine the distribution of brain metabolites in normal young adults usin...
The regional distribution of brain metabolites was studied in several cortical white and gray matter...
PURPOSE: The macromolecule signal plays a key role in the precision and the accuracy of the metaboli...
Referencing metabolite intensities to the tissue water intensity is commonly applied to determine me...
In (1) H magnetic resonance spectroscopy, macromolecule signals underlay metabolite signals, and kno...
In proton MR spectroscopy of the human brain, it is often difficult to select voxels that contain on...
In 1H magnetic resonance spectroscopy, macromolecule signals underlay metabolite signals, the unders...
<p>Box and Whiskers plot describes the distribution of the metabolites of interest quantified with i...
Localized in vivo H-1 NMR spectroscopy was performed with 2-ms echo time in the rat brain at 9.4 T, ...
Localized short-echo-time (1)H-MR spectra of human brain contain contributions of many low-molecular...
International audienceThe goal of this study was to validate metabolite quantification at short TE, ...
This prospective study aimed to evaluate the variation in magnetic resonance spectroscopic imaging (...
In vivo localized proton magnetic resonance spectroscopy (1H MRS) became a powerful and unique techn...
The broad resonances underlying the entire (1) H NMR spectrum of the brain, ascribed to macromolecul...
In vivo localized proton magnetic resonance spectroscopy (1H MRS) became a powerful and unique techn...
PURPOSE: To quantify and examine the distribution of brain metabolites in normal young adults usin...
The regional distribution of brain metabolites was studied in several cortical white and gray matter...
PURPOSE: The macromolecule signal plays a key role in the precision and the accuracy of the metaboli...
Referencing metabolite intensities to the tissue water intensity is commonly applied to determine me...
In (1) H magnetic resonance spectroscopy, macromolecule signals underlay metabolite signals, and kno...
In proton MR spectroscopy of the human brain, it is often difficult to select voxels that contain on...
In 1H magnetic resonance spectroscopy, macromolecule signals underlay metabolite signals, the unders...
<p>Box and Whiskers plot describes the distribution of the metabolites of interest quantified with i...
Localized in vivo H-1 NMR spectroscopy was performed with 2-ms echo time in the rat brain at 9.4 T, ...
Localized short-echo-time (1)H-MR spectra of human brain contain contributions of many low-molecular...
International audienceThe goal of this study was to validate metabolite quantification at short TE, ...
This prospective study aimed to evaluate the variation in magnetic resonance spectroscopic imaging (...
In vivo localized proton magnetic resonance spectroscopy (1H MRS) became a powerful and unique techn...
The broad resonances underlying the entire (1) H NMR spectrum of the brain, ascribed to macromolecul...
In vivo localized proton magnetic resonance spectroscopy (1H MRS) became a powerful and unique techn...
PURPOSE: To quantify and examine the distribution of brain metabolites in normal young adults usin...
The regional distribution of brain metabolites was studied in several cortical white and gray matter...
PURPOSE: The macromolecule signal plays a key role in the precision and the accuracy of the metaboli...