This study presents the development and aging principles of myelination in 214 brain regions using large-scale dataset spanning birth through 100 years. The results provide strong evidence for region-...

For Communications Biology's first-ever Editor's Pick on ResearchGate, we're excited to highlight three interesting works. First, ter Steege et al. show that 80% of Amazonian tree species rely on anim...

A comprehensive review on human brain development across multiple scales, from large-scale anatomical structures to microstructural architecture and functional organization across the lifespan.

A comprehensive review on human brain development across multiple scales, from large-scale anatomical structures to microstructural architecture and functional organization across the lifespan.

This cross-journal collection invites submissions that investigate human brain changes across all or multiple stages of life, from in-utero to older age.

Thank you for volunteering to be an abstract reviewer for FIT'NG 2026. Reviewers will be selected based on area of expertise and career stage. Reviewers will be asked to be available to review 5 - 7 a...

In this work a self-supervised implicit neural representation framework for estimating Standard Model of white matter parameters is presented, improving fitting accuracy under noise conditions, enabli...

The effective connectome of the human brain is charted from birth to 100 years of age, revealing a critical window of plasticity during early brain development and a sensorimotor-association gradient ...

Discover how radiologists use art to inspire, reduce stress and celebrate anatomy at RSNA 2025's The Art of Imaging contest. Creativity meets medicine.

This cross-journal collection invites submissions that investigate human brain changes across all or multiple stages of life, from in-utero to older age.

This cross-journal collection invites submissions that investigate human brain changes across all or multiple stages of life, from in-utero to older age.

A neuroimaging tool, TACOS, was developed to transform network-based statistics across brain structural and functional networks from different atlases. Using TACOS, connectomic findings could be easil...

One of the key challenges in studying neonatal brain architecture is that during early postnatal period, brain tissue contrast and structural morphology (siz...

Modeling cortical gyrification during the perinatal period suggests a potential birth-related increase in brain folding, pointing to a previously underexplored shift in early neurodevelopment.

ALT: a cartoon of snoopy holding a red bag with the words attention please written above him

Thank you for volunteering to be an abstract reviewer for FIT'NG 2025. Reviewers will be selected based on area of expertise and career stage. Reviewers will be asked to be available to review 5 - 10 ...

ALT: a cartoon character from south park is talking on a phone and says you better hurry