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Abstract:
It is well established that high field MR enables increased sensitivity and spectral resolution. There
is a trend toward utilization of high field magnetic fields not only in research but also in clinical
environments, e.g. for diagnostic imaging, (dynamic) in vivo spectroscopy and/or functional
magnetic resonance imaging (fMRI), which is now successfully established in nonhuman primates
as well [1]. The development of novel hard- and software is critical to maximize its usefulness in
research applications. In this contribution, we report on this developments and on results obtained
from experiments on humans and animals at magnetic flux densities between 4 and 9.4 Tesla.
