Clinical MRI at a field strength of 3.0 T is finding increasing use. However, along with the
advantages of 3.0 T, such as increased SNR, there can be drawbacks, including increased …

Damage to the spinal cord may be caused by a wide range of pathologies and generally
results in profound functional disability. A reliable diagnostic workup of the spine is very …

An emerging theoretical perspective, largely based on neuroimaging studies, suggests that
the pre-SMA is involved in planning cognitive aspects of motor behavior and language, such …

From its very beginning, MR as an imaging method suffered from inherently low signal
intensity. A typical way to compensate for low signal intensity is the repetition of …

Purpose: To evaluate which T1‐wieghted technique between 3D gradient‐echo (FSPGR)
and conventional spin‐echo (SE) sequence is more sensitive predictor of neurobehavioral …

Discrepancies exist in the literature regarding contrast between gray and white matter on
spin-echo (SE) T1-weighted MR imaging at 3 T. The present study quantitatively assessed …

Background We devised a method that combines the 3D-Dixon-gradientecho (GRE) method
with an improved motion-sensitized driven-equilibrium (iMSDE) to suppress blood flow …

The noninvasive, nonradioactive, quantitative nature of magnetic resonance techniques has
propelled them to the forefront of neuroscience and neuropsychiatric research. In particular …

In contrast-enhanced (CE) brain metastasis screening, coexistence of enhanced blood
vessel suppression and higher tumor-to-parenchyma contrast may improve radiologists' …

Isotropic imaging offers the potential of improving lesion detection and imaging efficiency by
enabling orthogonal image reformations without loss of spatial resolution. However, lengthy …