<p>Steps A–F described in the text (Materials and Methods section) are here graphically explained (A: Registration, B: Masking, C: Dilation, D: Individual fMRI-guided tractography, E: fMRI-guided probabilistic map, F: fMRI-guided <i>ensemble</i> tract). The final result is the <i>ensemble</i> tract, i.e. a tractographic template of the activated tracts in the considered population.</p
Introduction: MR diffusion tensor imaging (DTI) is the most powerful and currentlythe only way to vi...
Diffusion MRI is an imaging technique capable of inferring information about the tissue microstructu...
Recent advances in tractography allow for connectomes to be constructed in vivo. These have applicat...
Diffusion Tensor Imaging (DTI) tractography and functional Magnetic Resonance Imaging (fMRI) investi...
<p>Images and meshes associated with each major step depict real results from a single participant e...
<p>The lower part is the MD, FA of short-range fiber tracts, long-range fiber tracts in three groups...
Guiding diffusion tract-based anatomy by functional magnetic resonance imaging (fMRI), we aim to inv...
<div><p>Tractography uses diffusion MRI to estimate the trajectory and cortical projection zones of ...
This chapter describes the underlying principles and most common techniques in diffusion tractograph...
<p>Probabilistic tractography comparison between groups was performed as summarized above [<a href="...
International audienceWe present a novel technique for the tract-based statistical analysis of diffu...
<p>From left to right, <u>PANEL 1</u>: second level fMRI group activation map resulting from one sam...
Tractography is a visualization technique which reconstructs and mod-els neural fibers in the white ...
<p>Top row: Pathways for episodic memory (A), working memory (B), and reasoning (C) are shown in 2D ...
Diffusion MRI-based probabilistic tractography is a powerful tool for non-invasively investigating n...
Introduction: MR diffusion tensor imaging (DTI) is the most powerful and currentlythe only way to vi...
Diffusion MRI is an imaging technique capable of inferring information about the tissue microstructu...
Recent advances in tractography allow for connectomes to be constructed in vivo. These have applicat...
Diffusion Tensor Imaging (DTI) tractography and functional Magnetic Resonance Imaging (fMRI) investi...
<p>Images and meshes associated with each major step depict real results from a single participant e...
<p>The lower part is the MD, FA of short-range fiber tracts, long-range fiber tracts in three groups...
Guiding diffusion tract-based anatomy by functional magnetic resonance imaging (fMRI), we aim to inv...
<div><p>Tractography uses diffusion MRI to estimate the trajectory and cortical projection zones of ...
This chapter describes the underlying principles and most common techniques in diffusion tractograph...
<p>Probabilistic tractography comparison between groups was performed as summarized above [<a href="...
International audienceWe present a novel technique for the tract-based statistical analysis of diffu...
<p>From left to right, <u>PANEL 1</u>: second level fMRI group activation map resulting from one sam...
Tractography is a visualization technique which reconstructs and mod-els neural fibers in the white ...
<p>Top row: Pathways for episodic memory (A), working memory (B), and reasoning (C) are shown in 2D ...
Diffusion MRI-based probabilistic tractography is a powerful tool for non-invasively investigating n...
Introduction: MR diffusion tensor imaging (DTI) is the most powerful and currentlythe only way to vi...
Diffusion MRI is an imaging technique capable of inferring information about the tissue microstructu...
Recent advances in tractography allow for connectomes to be constructed in vivo. These have applicat...