Traditional Poster Session - Neuro B: Aging & Dementia: abstract no. 0999T1 and T2 relaxation time values vary in different regions and magnetic environments. Though T1 and T2 correction factors are necessary in absolute quantification, previous MRS studies mainly obtained the values from literature since the measurements require much time to be conducted. In this 1H-MRS study of aging, T1 and T2 values were measured within the sampling population in order to achieve higher accuracy at 3-Tesla. This study demonstrated the measurements only take reasonable amount of time with our method employed.link_to_OA_fulltex
A comprehensive comparative study of metabolite quantification from the human brain was performed on...
Previously published T1 relaxation times for brain tissue at 7T vary greatly in results and in metho...
T2 relaxations times for the downfield metabolites in human brain 1H MR spectra were estimated at 9....
Accurate values of metabolite relaxation times are necessary for absolute quantification in magnetic...
Purpose/Introduction: For the absolute quantification1 of metabolites, appropriate T2 relaxation tim...
Purpose: The transverse relaxation times T2 of 17 metabolites in vivo at 3T is reported and region s...
Purpose: Ultrahigh field MRS has improved characterization of the neurochemical profile. To compare ...
The precise assessment of transverse relaxation time constant T2 of brain metabolites is a prerequis...
Purpose: Macromolecular peaks underlying metabolite spectra influence the quantification of metaboli...
ObjectA novel method of estimating metabolite T1 relaxation times using MR spectroscopic imaging (MR...
Metabolite concentrations are fundamental biomarkers of disease. With increasing interest in persona...
Magnetic resonance spectroscopic imaging (MRSI) is a non-invasive imaging modality that enables obse...
The determination of accurate transverse (T2) relaxation times for brain metabolites is essential fo...
PURPOSE: Relaxation times can contribute to spectral assignment. In this study, effective T2 relaxat...
International audienceOBJECT: To determine the single spin-echo T2 relaxation times of uncoupled and...
A comprehensive comparative study of metabolite quantification from the human brain was performed on...
Previously published T1 relaxation times for brain tissue at 7T vary greatly in results and in metho...
T2 relaxations times for the downfield metabolites in human brain 1H MR spectra were estimated at 9....
Accurate values of metabolite relaxation times are necessary for absolute quantification in magnetic...
Purpose/Introduction: For the absolute quantification1 of metabolites, appropriate T2 relaxation tim...
Purpose: The transverse relaxation times T2 of 17 metabolites in vivo at 3T is reported and region s...
Purpose: Ultrahigh field MRS has improved characterization of the neurochemical profile. To compare ...
The precise assessment of transverse relaxation time constant T2 of brain metabolites is a prerequis...
Purpose: Macromolecular peaks underlying metabolite spectra influence the quantification of metaboli...
ObjectA novel method of estimating metabolite T1 relaxation times using MR spectroscopic imaging (MR...
Metabolite concentrations are fundamental biomarkers of disease. With increasing interest in persona...
Magnetic resonance spectroscopic imaging (MRSI) is a non-invasive imaging modality that enables obse...
The determination of accurate transverse (T2) relaxation times for brain metabolites is essential fo...
PURPOSE: Relaxation times can contribute to spectral assignment. In this study, effective T2 relaxat...
International audienceOBJECT: To determine the single spin-echo T2 relaxation times of uncoupled and...
A comprehensive comparative study of metabolite quantification from the human brain was performed on...
Previously published T1 relaxation times for brain tissue at 7T vary greatly in results and in metho...
T2 relaxations times for the downfield metabolites in human brain 1H MR spectra were estimated at 9....