Detecting the oscillatory currents with a specific frequency distribution may have the
potential to make neuronal current MRI (ncMRI) come true. The phase shift or dephasing …

Prenatal and childhood adverse events have been shown to be related to children's
cognitive and psychological development. However, the influence of early-life adversities on …

In this paper the possible use of the resonant mechanism between some spectral
components of the neuronal activity and the spin dynamics in ultra-low field MRI …

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 …

Functional magnetic resonance imaging (fMRI) time series analysis is typically performed
using only the magnitude portion of the data. The phase information remains unused largely …

Many researchers have attempted to detect neural currents directly using magnetic
resonance imaging (MRI). The action currents of a peripheral nerve or skeletal muscle …

We investigate the effect of the magnetic field generated by neural activity on the magnitude
and phase of the MRI signal in terms of a phenomenological parameter with the dimensions …

Direct detection of neural activity with MRI would be a breakthrough innovation in brain
imaging. A Lorentz force method has been proposed to image nerve activity using MRI; a …

Purpose: In the recent past, spin-locking MRI experiments were successfully applied for the
direct detection of sinusoidal magnetic field oscillations in the sub-nT range. In the present …

Purpose To investigate the possibility of detecting visually‐evoked axonal currents in the
splenium of the human corpus callosum using a 3.0 T MRI system. Materials and Methods …