It is now widely recognized that voxels with crossing fibers or complex geometrical
configurations present a challenge for diffusion MRI (dMRI) reconstruction and fiber tracking …

Figure 1| From multi-modal connectivity data to integrated connectomes. Image panels
illustrating recent progress, selected and modified from contributions to the Research Topic …

A comprehensive map of the structural connectome in the human brain has been a coveted
resource for understanding macroscopic brain networks. Here we report an expert-vetted …

Tractography based on diffusion-weighted MRI (DWI) is widely used for mapping the
structural connections of the human brain. Its accuracy is known to be limited by technical …

Diffusion tensor histology holds great promise for quantitative characterization of structural
connectivity in mouse models of neurological and psychiatric conditions. There has been …

Diffusion-weighted magnetic resonance imaging (DW-MRI) tractography is a non-invasive
tool to probe neural connections and the structure of the white matter. It has been applied …

Tractography is a powerful technique capable of non-invasively reconstructing the structural
connections in the brain using diffusion MRI images, but the validation of tractograms is …

Understanding the large-scale structural network formed by neurons is a major challenge in
system neuroscience. A detailed connectivity map covering the entire brain would therefore …

Building a human connectome database has recently attracted the attention of many
researchers, although its application to individual subjects has yet to be explored. In this …

Imaging the connectome in vivo has become feasible through the integration of several
rapidly developing fields of science and engineering, namely magnetic resonance imaging …