Monte Carlo simulations have been used to analyze oxygenation-related signal changes in
pass-band balanced steady state free precession (bSSFP) as well as in gradient echo (GE) …

This review is aimed at presenting some of the recent developments in translational cancer
imaging research, with a focus on novel, recently established, or soon to be established …

Objective The pathogenesis of diabetic polyneuropathy (DN) is poorly understood and given
the increasing prevalence of DN, there is a need for clinical or imaging biomarkers that …

Objectives Spin dephasing of the local magnetization in blood vessel networks can be
described in the static dephasing regime (where diffusion effects may be ignored) by the …

Myelin sheath microstructure and composition produce MR signal decay characteristics that
can be used to evaluate status and outcome of demyelinating disease. We extend a recently …

The Brownian motion of spins diffusing in an inhomogeneous magnetic field created by
susceptibility effects is considered. Applying the correct form of the Gaussian approximation …

Microscopically small magnetic field inhomogeneities within an external static magnetic field
cause a free induction decay in magnetic resonance imaging that generally exhibits two …

Magnetic resonance imaging of lung tissue is strongly influenced by susceptibility effects
between spin-bearing water molecules and air-filled alveoli. The measured lineshape …

Objectives: Previous studies indicate region-specific age-and sex-related changes in
cerebral microvasculature. Using whole-brain vascular architecture mapping (VAM), our …

Remodeling of tissue microvasculature commonly promotes neoplastic growth; however,
there is no imaging modality in oncology yet that noninvasively quantifies microvascular …