BACKGROUND AND PURPOSE: Biochemical studies of seizures in patients and laboratory
animals have monitored postictal perturbations in cerebral metabolism with either invasive …

PURPOSE To evaluate the ability of proton MR spectroscopy to detect metabolic
abnormalities in the seizure focus of humans with epilepsy. METHODS Single-voxel MR …

PURPOSE: To investigate post-ictal changes in cerebral metabolites. METHODS: We
performed a longitudinal quantitative proton magnetic resonance spectroscopy (MRS) study …

We performed proton magnetic resonance spectroscopic imaging of the temporal lobes
between, during, and soon after nonconvulsive seizures in 20 patients with documented …

Purpose: We used short‐echo‐time proton magnetic resonance spectroscopy imaging
(MRSI) to study metabolite concentration variation through the temporal lobe in patients with …

In localized brain proton MR spectroscopy (1H-MRS), metabolites' levels are often
expressed as ratios, rather than as absolute concentrations. Frequently, their denominator is …

We performed proton magnetic resonance spectroscopic imaging (MRSI) at high magnetic
field (4.1 T) to study N‐acetylaspartate, creatine, and choline levels in the brains of normal …

MRS offers unique possibilities for non‐invasive studies of biochemistry in the human brain
in vivo. A growing body of evidence suggests that proton MRS may contribute to the clinical …

MRS techniques can aide in confirming the location of seizure foci in temporal lobe epilepsy.
N‐acetyl aspartate (NAA). creatine plus phosphocreatine. choline‐containing compounds …

Temporal lobe epileptogenic foci were blindly localized in 8 patients with medically
refractory unilateral complex partial seizures using noninvasive in vivo proton magnetic …