The corpus callosum (CC) is the principal white matter fiber bundle connecting neocortical
areas of the two hemispheres. Although an object of extensive research, important details …

In spatial data integration the most difficult problems arise due to multiple, inconsistent
representations of one and the same real world object in different geospatial databases. One of …

Most methods for mapping proton densities (PD) in brain tissue are based on measuring all
parameters influencing the signal intensity with subsequent elimination of any weighting not …

In neuroimaging, there is increasing interest in magnetization transfer (MT) techniques
which yield information about bound water protons. One of the main applications is the …

Interest in techniques yielding quantitative information about brain tissue proton densities is
increasing. In general, all parameters influencing the signal amplitude are mapped in …

A method for fast quantitative T mapping based on multiple gradient‐echo (multi‐GE)
imaging with correction for static magnetic field inhomogeneities is described, using an …

Purpose To implement and optimize a real‐time pulse sequence and user interface to
perform intravascular interventions using active catheter tracking. Materials and Methods In …

Purpose To investigate magnetization transfer ratio (MTR), T 1 relaxation time, and proton
density (PD) as indicators of gray matter damage in relapsing‐remitting multiple sclerosis (…

With the emerging availability of small and portable devices that are able to determine their
position and to communicate wirelessly, mobile and spatially aware applications become …

In active catheter tracking, small RF coils are attached to the catheter for localization. For
interactive catheter steering at vessel branchings, it is necessary to visualize not only a single …