MR imaging of the amide‐proton transfer effect and the pH‐insensitive nuclear overhauser effect at 9.4 T

MR imaging of the amide‐proton transfer effect and the pH‐insensitive nuclear overhauser effect at 9.4 T

Source :

• Magnetic Resonance in Medicine [ 0740-3194 ] ; 2013-03-01.

Descripteurs français

• Wicri :
  • topic : Taux de change.

English descriptors

• KwdEn :
  • Aliphatic, Amide, Amide proton frequency, Amide proton transfer, Annual meeting, Apparent diffusion coefficient, Apparent mtcmm, Asymmetry, Better visualization, Boundary frequencies, Boundary images, Cerebrospinal fluid, Cest, Cest signals, Chemical exchange, Chemical exchange saturation transfer, Color figure, Concentration dependence, Continuous wave pulse, Contralateral, Contralateral side, Corpus callosum, Cyan arrows, Data points, Direct water saturation, Exchange rate, Expts, Finer steps, Free water, Good approximation, Gray matter, Green arrow, Green arrows, High field, Human brain, Imaging, Imaging sequence, Immobile macromolecules, Internal capsule, Ipsilateral, Irradiation power, Irradiation power dependence, Irradiation pulse power, Ischemia, Ischemic, Ischemic brain, Ischemic contrast, Label frequency, Label image, Large lesion, Lesion, Lesion area, Lesion contrast, Line segments, Linear approximation, Linear function, Macromolecule, Magn, Magn reson, Magnetization, Magnetization transfer, Magnetization transfer contrast, Matrix size, Maximum mtcmm, Mcao, Mcao animals, Mcao rats, Mcao studies, Measurement approach, Mobile macromolecules, Mobile proteins, Mtcim, Mtcim asymmetry, Mtcim effect, Mtcim effects, Mtcmm, Mtcmm contributions, Mtrasym, Mtrasym analysis, Mtrasym maps, Multiple sclerosis, Negative frequency, Noise ratio, Normal animals, Nuclear overhauser effect, Online, Online issue, Overhauser, Peptide, Phantom, Phantom experiments, Phosphate buffer saline, Postacquisition recovery time, Proton, Quantification, Quantification error, Quantitative imaging, Reference frequency, Regional heterogeneity, Reson, Roi, Saturation, Saturation pulse, Saturation transfer experiment, Saturation transfer experiments, Scatter plot, Tissue acidosis, Vivo, Vivo experiments, Water resonance, Water resonance frequency, Water signal, White matter, Wider range, Wiley periodicals, Zhou, Zijl.
• Teeft :
  • Aliphatic, Amide, Amide proton frequency, Amide proton transfer, Annual meeting, Apparent diffusion coefficient, Apparent mtcmm, Asymmetry, Better visualization, Boundary frequencies, Boundary images, Cerebrospinal fluid, Cest, Cest signals, Chemical exchange, Chemical exchange saturation transfer, Color figure, Concentration dependence, Continuous wave pulse, Contralateral, Contralateral side, Corpus callosum, Cyan arrows, Data points, Direct water saturation, Exchange rate, Expts, Finer steps, Free water, Good approximation, Gray matter, Green arrow, Green arrows, High field, Human brain, Imaging, Imaging sequence, Immobile macromolecules, Internal capsule, Ipsilateral, Irradiation power, Irradiation power dependence, Irradiation pulse power, Ischemia, Ischemic, Ischemic brain, Ischemic contrast, Label frequency, Label image, Large lesion, Lesion, Lesion area, Lesion contrast, Line segments, Linear approximation, Linear function, Macromolecule, Magn, Magn reson, Magnetization, Magnetization transfer, Magnetization transfer contrast, Matrix size, Maximum mtcmm, Mcao, Mcao animals, Mcao rats, Mcao studies, Measurement approach, Mobile macromolecules, Mobile proteins, Mtcim, Mtcim asymmetry, Mtcim effect, Mtcim effects, Mtcmm, Mtcmm contributions, Mtrasym, Mtrasym analysis, Mtrasym maps, Multiple sclerosis, Negative frequency, Noise ratio, Normal animals, Nuclear overhauser effect, Online, Online issue, Overhauser, Peptide, Phantom, Phantom experiments, Phosphate buffer saline, Postacquisition recovery time, Proton, Quantification, Quantification error, Quantitative imaging, Reference frequency, Regional heterogeneity, Reson, Roi, Saturation, Saturation pulse, Saturation transfer experiment, Saturation transfer experiments, Scatter plot, Tissue acidosis, Vivo, Vivo experiments, Water resonance, Water resonance frequency, Water signal, White matter, Wider range, Wiley periodicals, Zhou, Zijl.

Abstract

• https://api.istex.fr/document/3F55131CCC2ADD7C2BA5734E698CA745A73DECA8/fulltext/pdf

Affiliations:

• États-Unis
• Pennsylvanie
• Pittsburgh
• Université de Pittsburgh

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