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Functional MRI (fMRI) at a high spatial resolution of 75 x 75 x 1000 µm3 can be achieved using high field small animal MR scanners and four-element array coils.
High-resolution fMRI maps of cortical activation in nonhuman primates: Correlation with intrinsic signal optical images
Mark Schira, PhD, senior research officer at NeuRA, is using high-resolution fMRI to investigate the visual system, and perception in general.
This limitation further motivates the development of high spatial resolution fMRI methods. To explore the spatial limitations of the positive BOLD,
Spatial resolution determines how "sharp" the image looks. Low resolution will give either fuzzy edges, or a pixelly appearance to the image. In MRI, spatial
Although ultra-high-field fMRI at field strengths of 7T or above provides substantial gains in BOLD contrast-to-noise ratio, when very high-resolution fMRI is
High-resolution fMRI mapping of ocular dominance layers in cat lateral geniculate nucleus Nanyin Zhanga,b, Xiao-Hong Zhua, Yi Zhanga, Jae-keun Parka,c, Wei Chena,?
Functional magnetic resonance imaging has been one of the tools of choice for neuroscientists investigating brain activity - its scan data can be processed into
High-resolution fMRI Reveals Match Enhancement and Attentional Modulation in the Human Medial Temporal Lobe Nicole M. Dudukovic1,2, Alison R. Preston3, Jermaine J
1 High resolution fMRI maps of cortical activation in non -human primates: correlation with intrinsic signal optical images Anna W. Roe1, Li M. Chen2
fMRI benefits from high resolution Mark Schira, PhD, senior research officer at NeuRA, is using high-resolution fMRI to investigate the visual system, and perception in
fMRI benefits from high resolution Mark Schira, PhD, senior research officer at NeuRA, is using high-resolution fMRI to investigate the visual system, and perception in
With growing interest in noninvasive mapping of columnar organization and other small functional structures in the brain, achieving high spatial resolution and
High resolution fMRI via multiband (SMS) acquisition: opportunities and limitations Organizer: Jo Etzel, PhD Washington University in St. Louis, Saint Louis, MO
In this short review article I will summarize the path we took over the years towards increasing the spatial resolution of fMRI. To fully capitalize on the fMRI

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August 2017