Abstract Functional Magnetic Resonance Imaging (fMRI) has transformed our understanding
of brain function in-vivo. However, the neurovascular coupling mechanisms underlying fMRI …

Investigating neural activity from a global brain perspective in-vivo has been in the domain
of functional Magnetic Resonance Imaging (fMRI) over the past few decades. The intricate …

Diffusion functional magnetic resonance imaging (DfMRI) has been proposed as an
alternative functional imaging method to detect brain activity without confounding …

Reliance on the hemodynamic response as a surrogate marker of neural activity imposes an
intrinsic limit on the spatial specificity of functional MRI. An alternative approach based on …

Functional blood-oxygenation-level-dependent (BOLD) MRI provides a brain-wide readout
that depends on the hemodynamic response to neuronal activity. Diffusion fMRI has been …

Functional magnetic resonance imaging (fMRI) has become the method of choice in the
study of system neuroscience, as evidenced by an explosion of such literature in the past …

Age-related changes in human functional neuroanatomy are poorly understood. This is
partly due to the limits of interpretation of standard fMRI. These limits relate to age-related …

It has been shown recently that a significant portion of brain electrical field potentials
consists of scale-free dynamics. These scale-free brain dynamics contain complex …

High-resolution functional magnetic resonance imaging (fMRI) is becoming increasingly
popular because of the growing availability of ultra-high magnetic fields which are capable …

To disentangle the temporal profiles of the diffusion and BOLD components of diffusion-
weighted functional MRI (DfMRI) during visual activation, we extracted the raw signal from …