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| + | '''Magnetic resonance spectroscopy'''(MRS) also known as MRSI (MRS Imaging) and Volume Selective NMR Spectroscopy, is an aspect of [[Magnetic Resonance Imaging]] and is a technique which combines the spatially-addressable nature of [[MRI]] with the spectroscopically-rich information obtainable from [[nuclear magnetic resonance|nuclear magnetic resonance (NMR)]]. That is to say, MRI allows one to study a particular region within an organism or sample, but gives relatively little information about the chemical or physical nature of that region--its chief value is in being able to distinguish the properties of that region relative to those of surrounding regions. MR spectroscopy, however, provides a wealth of chemical information about that region, as would an NMR spectrum of that region. . |
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| − | '''Magnetic resonance spectroscopy'''(MRS) is an aspect of [[Magnetic Resonance Imaging]] ((MRI) |
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*[[In vivo magnetic resonance spectroscopy]] |
*[[In vivo magnetic resonance spectroscopy]] |
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*[[NMR spectroscopy]] |
*[[NMR spectroscopy]] |
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*[[Protein nuclear magnetic resonance spectroscopy]] |
*[[Protein nuclear magnetic resonance spectroscopy]] |
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| + | [[Category:Medical imaging]] |
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Latest revision as of 12:45, 27 November 2009
Magnetic resonance spectroscopy(MRS) also known as MRSI (MRS Imaging) and Volume Selective NMR Spectroscopy, is an aspect of Magnetic Resonance Imaging and is a technique which combines the spatially-addressable nature of MRI with the spectroscopically-rich information obtainable from nuclear magnetic resonance (NMR). That is to say, MRI allows one to study a particular region within an organism or sample, but gives relatively little information about the chemical or physical nature of that region--its chief value is in being able to distinguish the properties of that region relative to those of surrounding regions. MR spectroscopy, however, provides a wealth of chemical information about that region, as would an NMR spectrum of that region. .