Deciphering the direction of information flow is critical to understand the brain. Data from non-human primate histology shows that connections between lower to higher areas (e.g. retina→V1), and between higher to lower areas (e.g. V1←V2) can be dissociated based upon the distribution of afferent synapses at the laminar level. Ultra-high field scanners opened up the possibility to image brain structure and function at an unprecedented level of detail. Taking advantage of the increased spatial resolution available, it could theoretically be possible to disentangle activity from different cortical depths from human cerebral cortex, separately studying different compartments across depth. Here we use half-millimeter human functional and struct...
Recent work has established that cerebral blood flow is regulated at a spatial scale that can be res...
High resolution laminar fMRI is beginning to probe responses in the different layers of cortex. What...
A fundamental assumption of nearly all functional magnetic resonance imaging (fMRI) analyses is that...
Deciphering the direction of information flow is critical to understand the brain. Data from non-hum...
Deciphering the direction of information flow is critical to understand the brain. Data from non-hum...
The mesoscopic organization of the human neocortex is of great interest for cognitive neuroscience. ...
The neocortex is known to have a distinct laminar structure which has previously been probed in anim...
The neocortex is known to have a distinct laminar structure which has previously been probed in anim...
Recent developments in ultra high field MRI and receiver coil technology have opened up the possibil...
Recent developments in ultra high field MRI and receiver coil technology have opened up the possibil...
High-resolution functional magnetic resonance imaging (fMRI) using blood oxygenation dependent level...
Electrophysiological recordings in animals have indicated that visual cortex γ-band oscillatory acti...
Neural activity in early visual cortex is modulated by luminance contrast. Cortical depth (i.e., lam...
<div><p>Recent work has established that cerebral blood flow is regulated at a spatial scale that ca...
Recent work has established that cerebral blood flow is regulated at a spatial scale that can be res...
High resolution laminar fMRI is beginning to probe responses in the different layers of cortex. What...
A fundamental assumption of nearly all functional magnetic resonance imaging (fMRI) analyses is that...
Deciphering the direction of information flow is critical to understand the brain. Data from non-hum...
Deciphering the direction of information flow is critical to understand the brain. Data from non-hum...
The mesoscopic organization of the human neocortex is of great interest for cognitive neuroscience. ...
The neocortex is known to have a distinct laminar structure which has previously been probed in anim...
The neocortex is known to have a distinct laminar structure which has previously been probed in anim...
Recent developments in ultra high field MRI and receiver coil technology have opened up the possibil...
Recent developments in ultra high field MRI and receiver coil technology have opened up the possibil...
High-resolution functional magnetic resonance imaging (fMRI) using blood oxygenation dependent level...
Electrophysiological recordings in animals have indicated that visual cortex γ-band oscillatory acti...
Neural activity in early visual cortex is modulated by luminance contrast. Cortical depth (i.e., lam...
<div><p>Recent work has established that cerebral blood flow is regulated at a spatial scale that ca...
Recent work has established that cerebral blood flow is regulated at a spatial scale that can be res...
High resolution laminar fMRI is beginning to probe responses in the different layers of cortex. What...
A fundamental assumption of nearly all functional magnetic resonance imaging (fMRI) analyses is that...