Fig. 1 1H MR spectroscopic imaging information. a, T2-weighted image spin–echo MRI of a
glioblastoma with a necrotic region. The grid superimposed on the MRI image shows the …

PURPOSE: To assess the usefulness of the 0.9-ppm peak from amino acids (––CH 3 moieties
from valine, leucine, and isoleucine) for the differentiation of brain abscesses and tumors …

Identifying the cortical areas activated by illusory contours provides valuable information on
the mechanisms of object perception. We applied functional magnetic resonance imaging to …

Purpose To observe the time course of the proton magnetic resonance spectroscopy (1H-
MRS) variations due to radiation therapy on normal human brain.

FUNCTIONAL magnetic resonance imaging (fMRI) was applied to determine the involvement
of the angular gyri in the processing of categorical and coordinate spatial relations. In a …

Hemispheric language dominance (HLD) has been determined by means of functional MRI (fMRI)
using a simple, inner speech, word fluency paradigm. During the task periods, …

This study reports the MR spectroscopic patterns of two patients with bithalamic glioma. In
one patient, phosphorus ( 31 P) MR spectroscopy was performed. In both patients, the proton …

H‐MR spectroscopy in vivo is often hampered by poor spectral resolution. Spectral overlap
can be avoided with two‐dimensional spectroscopic techniques. Correlation peak imaging …

T 1 ‐weighted magnetic resonance imaging (MRI) was used to evaluate the potential interest
of a new Gd‐based contrast agent, termed P760, to characterize brain tumor heterogeneity …

In the last decade, functional MRI (fMRI) has become one of the most widely used functional
imaging technique in neurosciences. However, its clinical applications remain limited. …