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Results: 1-25 | 26-37
Results: 1-25/37
A NOVEL K-SPACE TRAJECTORY MEASUREMENT TECHNIQUE
Authors: ZHANG YT HETHERINGTON HP STOKELY EM MASON GF TWIEG DB
Citation: Yt. Zhang et al., A NOVEL K-SPACE TRAJECTORY MEASUREMENT TECHNIQUE, Magnetic resonance in medicine, 39(6), 1998, pp. 999-1004
EVALUATION OF P-31 METABOLITE DIFFERENCES IN HUMAN CEREBRAL GRAY AND WHITE-MATTER
Authors: MASON GF CHU WJ VAUGHAN JT PONDER SL TWIEG DB ADAMS D HETHERINGTON HP
Citation: Gf. Mason et al., EVALUATION OF P-31 METABOLITE DIFFERENCES IN HUMAN CEREBRAL GRAY AND WHITE-MATTER, Magnetic resonance in medicine, 39(3), 1998, pp. 346-353
FUNCTIONAL ENERGY-METABOLISM - IN-VIVO C-13-NMR SPECTROSCOPY EVIDENCEFOR COUPLING OF CEREBRAL GLUCOSE CONSUMPTION AND GLUTAMATERGIC NEURONAL-ACTIVITY
Authors: SIBSON NR SHEN J MASON GF ROTHMAN DL BEHAR KL SHULMAN RG
Citation: Nr. Sibson et al., FUNCTIONAL ENERGY-METABOLISM - IN-VIVO C-13-NMR SPECTROSCOPY EVIDENCEFOR COUPLING OF CEREBRAL GLUCOSE CONSUMPTION AND GLUTAMATERGIC NEURONAL-ACTIVITY, Developmental neuroscience, 20(4-5), 1998, pp. 321-330
DIASCHISIS IN SUBCORTICAL STROKE RECOVERY DETERMINED BY REST AND DIAMOX RCBF BRAIN SPECT AND 4.1 T 1H SPECTROSCOPIC IMAGING
Authors: MOUNTZ JM SANPEDRO EC CHU WJ MASON GF LIU HG DEUTSCH G
Citation: Jm. Mountz et al., DIASCHISIS IN SUBCORTICAL STROKE RECOVERY DETERMINED BY REST AND DIAMOX RCBF BRAIN SPECT AND 4.1 T 1H SPECTROSCOPIC IMAGING, The Journal of nuclear medicine, 39(5), 1998, pp. 584-584
CONTRALATERAL HEMISPHERIC CEREBRAL REORGANIZATION POSTSTROKE AS A MECHANISM FOR RECOVERY OF NEUROLOGICAL DEFICITS
Authors: MOUNTZ JM SANPEDRO EC CHU WJ LIU HG MASON GF MENNEMEIER M RICHARDS S DEUTSCH G
Citation: Jm. Mountz et al., CONTRALATERAL HEMISPHERIC CEREBRAL REORGANIZATION POSTSTROKE AS A MECHANISM FOR RECOVERY OF NEUROLOGICAL DEFICITS, The Journal of nuclear medicine, 39(5), 1998, pp. 588-588
LATERALIZATION OF HUMAN TEMPORAL-LOBE EPILEPSY BY P-31 NMR SPECTROSCOPIC IMAGING AT 4.1 T
Authors: CHU WJ HETHERINGTON HP KUZNIECKY RI SIMON T MASON GF ELGAVISH GA
Citation: Wj. Chu et al., LATERALIZATION OF HUMAN TEMPORAL-LOBE EPILEPSY BY P-31 NMR SPECTROSCOPIC IMAGING AT 4.1 T, Neurology, 51(2), 1998, pp. 472-479
STOICHIOMETRIC COUPLING OF BRAIN GLUCOSE-METABOLISM AND GLUTAMATERGICNEURONAL-ACTIVITY
Authors: SIBSON NR DHANKHAR A MASON GF ROTHMAN DL BEHAR KL SHULMAN RG
Citation: Nr. Sibson et al., STOICHIOMETRIC COUPLING OF BRAIN GLUCOSE-METABOLISM AND GLUTAMATERGICNEURONAL-ACTIVITY, Proceedings of the National Academy of Sciences of the United Statesof America, 95(1), 1998, pp. 316-321
[C-13]-MR SPECTROSCOPY OF GLUTAMATE, GLUTAMINE AND GABA TURNOVER - IMPLICATIONS FOR PSYCHIATRY
Authors: MASON GF
Citation: Gf. Mason, [C-13]-MR SPECTROSCOPY OF GLUTAMATE, GLUTAMINE AND GABA TURNOVER - IMPLICATIONS FOR PSYCHIATRY, Biological psychiatry, 43, 1998, pp. 25-25
A GENERAL-APPROACH TO ERROR ESTIMATION AND OPTIMIZED EXPERIMENT DESIGN, APPLIED TO MULTISLICE IMAGING OF T-1 IN HUMAN BRAIN AT 4.1 T (VOL 126, PG 18, 1997)
Authors: MASON GF CHU WJ HETHERINGTON HP
Citation: Gf. Mason et al., A GENERAL-APPROACH TO ERROR ESTIMATION AND OPTIMIZED EXPERIMENT DESIGN, APPLIED TO MULTISLICE IMAGING OF T-1 IN HUMAN BRAIN AT 4.1 T (VOL 126, PG 18, 1997), Journal of magnetic resonance [1997], 127(1), 1997, pp. 134-136
A GENERAL-APPROACH TO ERROR ESTIMATION AND OPTIMIZED EXPERIMENT DESIGN, APPLIED TO MULTISLICE IMAGING OF T-1 IN HUMAN BRAIN AT 4.1 T
Authors: MASON GF CHU WJ HETHERINGTON HP
Citation: Gf. Mason et al., A GENERAL-APPROACH TO ERROR ESTIMATION AND OPTIMIZED EXPERIMENT DESIGN, APPLIED TO MULTISLICE IMAGING OF T-1 IN HUMAN BRAIN AT 4.1 T, Journal of magnetic resonance [1997], 126(1), 1997, pp. 18-29
BIOLOGICAL AND CLINICAL MRS AT ULTRA-HIGH FIELD
Authors: HETHERINGTON HP PAN JW CHU WJ MASON GF NEWCOMER BR
Citation: Hp. Hetherington et al., BIOLOGICAL AND CLINICAL MRS AT ULTRA-HIGH FIELD, NMR in biomedicine, 10(8), 1997, pp. 360-371
A METHOD TO MEASURE ARBITRARY K-SPACE TRAJECTORIES FOR RAPID MR-IMAGING
Authors: MASON GF HARSHBARGER T HETHERINGTON HP ZHANG Y POHOST GM TWIEG DB
Citation: Gf. Mason et al., A METHOD TO MEASURE ARBITRARY K-SPACE TRAJECTORIES FOR RAPID MR-IMAGING, Magnetic resonance in medicine, 38(3), 1997, pp. 492-496
C-13 EDITING OF GLUTAMATE IN HUMAN BRAIN USING J-REFOCUSED COHERENCE TRANSFER SPECTROSCOPY AT 4.1 T
Authors: PAN JLW MASON GF VAUGHAN JT CHU WJ ZHANG YT HETHERINGTON HP
Citation: Jlw. Pan et al., C-13 EDITING OF GLUTAMATE IN HUMAN BRAIN USING J-REFOCUSED COHERENCE TRANSFER SPECTROSCOPY AT 4.1 T, Magnetic resonance in medicine, 37(3), 1997, pp. 355-358
OXIDATIVE GLUCOSE-METABOLISM IN RAT-BRAIN DURING SINGLE FOREPAW STIMULATION - A SPATIALLY LOCALIZED H-1[C-13] NUCLEAR-MAGNETIC-RESONANCE STUDY
Authors: HYDER F ROTHMAN DL MASON GF RANGARAJAN A BEHAR KL SHULMAN RG
Citation: F. Hyder et al., OXIDATIVE GLUCOSE-METABOLISM IN RAT-BRAIN DURING SINGLE FOREPAW STIMULATION - A SPATIALLY LOCALIZED H-1[C-13] NUCLEAR-MAGNETIC-RESONANCE STUDY, Journal of cerebral blood flow and metabolism, 17(10), 1997, pp. 1040-1047
DIASCHISIS CHARACTERIZATION IN SUBACUTE STROKE BY COMBINED REST AND DIAMOX RCBF BRAIN SPECT AND 4.1T 1H SPECTROSCOPY IMAGING
Authors: MOUNTZ JM SANPEDRO EC MASON GF DEUTSCH G HETHERINGTON HP
Citation: Jm. Mountz et al., DIASCHISIS CHARACTERIZATION IN SUBACUTE STROKE BY COMBINED REST AND DIAMOX RCBF BRAIN SPECT AND 4.1T 1H SPECTROSCOPY IMAGING, The Journal of nuclear medicine, 38(5), 1997, pp. 128-128
SELECTIVE NEURONAL LOSS IN NEURODEGENERATIVE DISORDERS - IDENTIFICATION BY REST AND DIAMOX RCBF SPECT AND 4.1 T MAGNETIC-RESONANCE SPECTROSCOPY IMAGING
Authors: SANPEDRO EC MOUNTZ JM MASON GF HETHERINGTON HP
Citation: Ec. Sanpedro et al., SELECTIVE NEURONAL LOSS IN NEURODEGENERATIVE DISORDERS - IDENTIFICATION BY REST AND DIAMOX RCBF SPECT AND 4.1 T MAGNETIC-RESONANCE SPECTROSCOPY IMAGING, The Journal of nuclear medicine, 38(5), 1997, pp. 258-258
IN-VIVO C-13 NMR MEASUREMENTS OF CEREBRAL GLUTAMINE SYNTHESIS AS EVIDENCE FOR GLUTAMATE-GLUTAMINE CYCLING
Authors: SIBSON NR DHANKHAR A MASON GF BEHAR KL ROTHMAN DL SHULMAN RG
Citation: Nr. Sibson et al., IN-VIVO C-13 NMR MEASUREMENTS OF CEREBRAL GLUTAMINE SYNTHESIS AS EVIDENCE FOR GLUTAMATE-GLUTAMINE CYCLING, Proceedings of the National Academy of Sciences of the United Statesof America, 94(6), 1997, pp. 2699-2704
AN IN-VIVO C-13 NMR-SPECTROSCOPY STUDY OF CEREBRAL METABOLISM DURING HYPERAMMONEMIA
Authors: SIBSON NR DHANKHAR A MASON GF BEHAR KL ROTHMAN DL SHULMAN RG
Citation: Nr. Sibson et al., AN IN-VIVO C-13 NMR-SPECTROSCOPY STUDY OF CEREBRAL METABOLISM DURING HYPERAMMONEMIA, Journal of neurochemistry, 69, 1997, pp. 166-166
STOICHIOMETRY OF CEREBRAL ENERGY-METABOLISM AND NEUROTRANSMITTER CYCLING IN-VIVO
Authors: SIBSON NR DHANKHAR A ROTHMAN DL MASON GF BEHAR KL SHULMAN RG
Citation: Nr. Sibson et al., STOICHIOMETRY OF CEREBRAL ENERGY-METABOLISM AND NEUROTRANSMITTER CYCLING IN-VIVO, Journal of neurochemistry, 69, 1997, pp. 273-273
GLUCOSE-OXIDATION IN RAT-BRAIN - A FUNCTIONAL MRS AND MRI STUDY
Authors: HYDER F ROTHMAN DL MASON GF BOUCHER RB BEHAR KL SHULMAN RG
Citation: F. Hyder et al., GLUCOSE-OXIDATION IN RAT-BRAIN - A FUNCTIONAL MRS AND MRI STUDY, Journal of neurochemistry, 69, 1997, pp. 274-274
EFFECTS OF PYRUVATE-CARBOXYLASE ON C-13 NMR MEASUREMENTS OF THE TCA CYCLE RATE
Authors: MASON GF
Citation: Gf. Mason, EFFECTS OF PYRUVATE-CARBOXYLASE ON C-13 NMR MEASUREMENTS OF THE TCA CYCLE RATE, Journal of neurochemistry, 69, 1997, pp. 274-274
NUMERICALLY OPTIMIZED EXPERIMENT DESIGN FOR MEASUREMENT OF GREY WHITEMATTER METABOLITE T-2 IN HIGH-RESOLUTION SPECTROSCOPIC IMAGES OF BRAIN (VOL 107, PG 68, 1995)/
Authors: MASON GF
Citation: Gf. Mason, NUMERICALLY OPTIMIZED EXPERIMENT DESIGN FOR MEASUREMENT OF GREY WHITEMATTER METABOLITE T-2 IN HIGH-RESOLUTION SPECTROSCOPIC IMAGES OF BRAIN (VOL 107, PG 68, 1995)/, Journal of magnetic resonance. Series B, 110(3), 1996, pp. 321-321
THE C-13 ISOTOPE AND NUCLEAR-MAGNETIC-RESONANCE - UNIQUE TOOLS FOR THE STUDY OF BRAIN METABOLISM
Authors: MASON GF BEHAR KL LAI JCK
Citation: Gf. Mason et al., THE C-13 ISOTOPE AND NUCLEAR-MAGNETIC-RESONANCE - UNIQUE TOOLS FOR THE STUDY OF BRAIN METABOLISM, Metabolic brain disease, 11(4), 1996, pp. 283-313
SPECTROSCOPIC IMAGING OF HUMAN BRAIN GLUTAMATE BY WATER-SUPPRESSED J-REFOCUSED COHERENCE TRANSFER AT 4.1 T
Authors: PAN JW MASON GF POHOST GM HETHERINGTON HP
Citation: Jw. Pan et al., SPECTROSCOPIC IMAGING OF HUMAN BRAIN GLUTAMATE BY WATER-SUPPRESSED J-REFOCUSED COHERENCE TRANSFER AT 4.1 T, Magnetic resonance in medicine, 36(1), 1996, pp. 7-12
QUANTITATIVE H-1 SPECTROSCOPIC IMAGING OF HUMAN BRAIN AT 4.1 T USING IMAGE SEGMENTATION
Authors: HETHERINGTON HP PAN JW MASON GF ADAMS D VAUGHN MJ TWIEG DB POHOST GM
Citation: Hp. Hetherington et al., QUANTITATIVE H-1 SPECTROSCOPIC IMAGING OF HUMAN BRAIN AT 4.1 T USING IMAGE SEGMENTATION, Magnetic resonance in medicine, 36(1), 1996, pp. 21-29
Risultati: 1-25 | 26-37