Nuclear magnetic resonance spectroscopy.
1 H-1 MR spectroscopy revealed normal metabolite levels, except for increased PHE levels.
2 To the authors' knowledge, MR spectroscopy has never been used to investigate NMO.
3 Proton MR spectroscopy in one child showed elevated white matter myo-inositol.
4 Interest has been focused mainly on information provided by MR imaging and MR spectroscopy .
5 All patients underwent proton MR spectroscopy at short echo times.
6 Conclusions: In vivo proton MR spectroscopy , helps in tissue characterization of intracranial mass lesions.
7 Conclusion: There is good correlation between MR spectroscopy metabolite ratios and a patient's clinical status.
8 Proton MR spectroscopy with short echo times helps detect early abnormalities in clinically asymptomatic patients.
9 Baseline proton MR spectroscopy showed a slight decrease in N-acetylaspartate and a normal choline level.
10 MR spectroscopy ( MRS ) is a powerful method to evaluate brain metabolism directly and non-invasively.
11 Liver fat was determined with hydrogen 1 MR spectroscopy .
12 Forty patients were studied with H-1 MR spectroscopy .
13 Proof-of-principle in vivo MR spectroscopy and functional MRI experiments were also demonstrated with the combined scanner.
14 Blood Phe levels determined by MR spectroscopy (MRS) and ion-exchange chromatography showed excellent correlation.
15 MR spectroscopy is also considered, with an overview of key metabolites and how they may be interpreted.
16 Conclusion: H-1 MR spectroscopy can be used to image and noninvasively quantify total creatine in human muscle.
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