MR connectomics is an emerging framework in neuro-science that combines diffusion MRI and whole brain tractography methodologies with the analytical tools of network science. In the present work we review the current methods enabling structural connectivity mapping with MRI and show how such data can be used to infer new information of both brain structure and function. We also list the technical challenges that should be addressed in the future to achieve high-resolution maps of structural connectivity. From the resulting tremendous amount of data that is going to be accumulated soon, we discuss what new challenges must be tackled in terms of methods for advanced network analysis and visualization, as well data organization and distributio...
Recent advances in non-invasive neuroimaging have enabled the measurement of connections between dis...
We mapped functional and structural brain networks for more than 40,000 UK Biobank participants. Str...
Imaging the connectome in vivo has become feasible through the integration of several rapidly develo...
THE COMBINATION OF ADVANCED NEUROIMAGING TECHNIQUES AND MAJOR DEVELOPMENTS IN COMPLEX NETWORK SCIENC...
The global structural connectivity of the brain, the human connectome, is now accessible at millimet...
Diffusion MRI‐based tractography is the most commonly‐used technique when inferring the structural b...
Magnetic resonance imaging (MRI) is a flexible and widely available neuroimaging technique. Structu...
The Human Connectome Project (HCP) is a collaborative 5-year effort to map human brain connections a...
The human brain is a system of neurons that provides great computational capacity via a complicated ...
The human brain is a highly complex organ that integrates functionally specialised subunits. Underpi...
In recent years, diffusion MRI has become an extremely important tool for studying the morphology of...
Why has diffusion MRI become a principal modality for mapping connectomes in vivo? How do different ...
© 2020 Tabinda SarwarMapping the human connectome is a major goal in neuroscience, where connectome ...
AbstractIn recent years, diffusion MRI has become an extremely important tool for studying the morph...
Understanding the large-scale structural network formed by neurons is a major challenge in system ne...
Recent advances in non-invasive neuroimaging have enabled the measurement of connections between dis...
We mapped functional and structural brain networks for more than 40,000 UK Biobank participants. Str...
Imaging the connectome in vivo has become feasible through the integration of several rapidly develo...
THE COMBINATION OF ADVANCED NEUROIMAGING TECHNIQUES AND MAJOR DEVELOPMENTS IN COMPLEX NETWORK SCIENC...
The global structural connectivity of the brain, the human connectome, is now accessible at millimet...
Diffusion MRI‐based tractography is the most commonly‐used technique when inferring the structural b...
Magnetic resonance imaging (MRI) is a flexible and widely available neuroimaging technique. Structu...
The Human Connectome Project (HCP) is a collaborative 5-year effort to map human brain connections a...
The human brain is a system of neurons that provides great computational capacity via a complicated ...
The human brain is a highly complex organ that integrates functionally specialised subunits. Underpi...
In recent years, diffusion MRI has become an extremely important tool for studying the morphology of...
Why has diffusion MRI become a principal modality for mapping connectomes in vivo? How do different ...
© 2020 Tabinda SarwarMapping the human connectome is a major goal in neuroscience, where connectome ...
AbstractIn recent years, diffusion MRI has become an extremely important tool for studying the morph...
Understanding the large-scale structural network formed by neurons is a major challenge in system ne...
Recent advances in non-invasive neuroimaging have enabled the measurement of connections between dis...
We mapped functional and structural brain networks for more than 40,000 UK Biobank participants. Str...
Imaging the connectome in vivo has become feasible through the integration of several rapidly develo...