Add to ORKGThe mapping of high resolution functional structures relies on the minimization of non-specific large vessel signals. Previous human studies have used the conventional GE BOLD technique, combined with differential mapping. We have previously demonstrated the ability of HSE BOLD imaging and differential mapping to reliably and robustly map ocular dominance columns in humans. Here we investigate the potential and limitations of GE BOLD differential mapping as compared to HSE BOLD differential mapping of ocular dominance columns in hopes of developing a strategy for high resolution applications in humans at high magnetic fields
Previous attempts at characterizing the spatial specificity of the blood oxygenation level dependent...
At very high magnetic fields, GE BOLD fMRI is expected to contain nonspecific contributions and beha...
Despite GE-EPI being the method of choice in most fMRI applications, their use in high-resolution ac...
The mapping of high resolution functional structures relies on the minimization of non-specific larg...
Background: The ability to reliably and reproducibly map high resolution functional architecture usi...
Cells in the mammalian brain tend to be grouped together according to their afferent and efferent co...
AbstractWe mapped ocular dominance columns (ODCs) in normal human subjects using high-field (4 T) fu...
AbstractWe mapped ocular dominance columns (ODCs) in normal human subjects using high-field (4 T) fu...
Since the discovery of the BOLD effect, detection of ocular dominance columns (ODCs) in primary visu...
The Hahn spin-echo (HSE)-based BOLD effect at high magnetic fields is expected to provide functional...
Recent studies have demonstrated the ability of classification algorithms applied to fMRI data to de...
The chief advantages of using high-field MRI for neuroscientific research are the improvements in sp...
Recent studies have demonstrated the ability of classification algorithms applied to fMRI data to de...
Recent studies have demonstrated that classification algorithms applied to human fMRI data can decod...
Sub-millimeter spatial resolution applications are becoming of increasing interest in fMRI. Several ...
Previous attempts at characterizing the spatial specificity of the blood oxygenation level dependent...
At very high magnetic fields, GE BOLD fMRI is expected to contain nonspecific contributions and beha...
Despite GE-EPI being the method of choice in most fMRI applications, their use in high-resolution ac...
The mapping of high resolution functional structures relies on the minimization of non-specific larg...
Background: The ability to reliably and reproducibly map high resolution functional architecture usi...
Cells in the mammalian brain tend to be grouped together according to their afferent and efferent co...
AbstractWe mapped ocular dominance columns (ODCs) in normal human subjects using high-field (4 T) fu...
AbstractWe mapped ocular dominance columns (ODCs) in normal human subjects using high-field (4 T) fu...
Since the discovery of the BOLD effect, detection of ocular dominance columns (ODCs) in primary visu...
The Hahn spin-echo (HSE)-based BOLD effect at high magnetic fields is expected to provide functional...
Recent studies have demonstrated the ability of classification algorithms applied to fMRI data to de...
The chief advantages of using high-field MRI for neuroscientific research are the improvements in sp...
Recent studies have demonstrated the ability of classification algorithms applied to fMRI data to de...
Recent studies have demonstrated that classification algorithms applied to human fMRI data can decod...
Sub-millimeter spatial resolution applications are becoming of increasing interest in fMRI. Several ...
Previous attempts at characterizing the spatial specificity of the blood oxygenation level dependent...
At very high magnetic fields, GE BOLD fMRI is expected to contain nonspecific contributions and beha...
Despite GE-EPI being the method of choice in most fMRI applications, their use in high-resolution ac...