The development of Functional Correlation Tensors (FCT) is driving novel investigations into
whole-brain functional magnetic resonance (fMRI) signal synchronicity. FCTs are …

Spin-lock T 1ρ-weighted images of a subject are acquired and processed to produce an
image that is indicative of bioelectromagnetic activity in the subject. A spin-lock RF field B 1ρ …

A great challenge is the non-invasive detection of neuronal currents by means of magnetic
resonance. A number of attempts have been performed by using high field MR scanners …

MRI. In the presence of a strong magnetic field, a biocurrent results in a Lorentz force that
causes the nerve to move. If this displacement is large enough, an artifact results in the MRI …

We attempt to visualize an MR signal directly linked to neuronal activity. We hypothesized
that reliable detection of an MR signal directly linked to neuronal activity in vivo, would be …

In dieser Arbeit wurde eine neue Methode zur Darstellung neuronaler Aktivität in Echtzeit
vorgestellt. Dabei wird die Lorentzkraft, die auf die elektrischen Ladungsträger aktiver …

Fine motor skills such as individual finger movements are impaired after neurological injury
(eg stroke). Conventional therapy, operating at the limb, has limited success in rehabilitating …

Current methods use blood oxygenation level-dependent contrast to indirectly detect neural
activity but are inaccurate in their localization in space and time. Magnetic resonance …

Background. Action currents in the heart produce a magnetic field, which could provide a
way to detect the propagation of electrical activity through cardiac tissue using magnetic …