Weili Lin

This study links gut microbiome features to brain development in infants using multimodal neuroimaging and metagenomics.

This paper develops a fine-grained whole-brain functional parcellation framework for early human development and identifies a shared functional scaffold with division-specific organization.

The paper explores hippocampal surface expansion patterns in early development using MRI scans, identifying two distinct developmental patterns along different axes.

This paper develops a VN fMRI sequence to enable brain-wide mapping of layer-specific functional connectivity at 3T, showing distinct connectivity patterns in cortical layers.

This paper introduces a method using local gradients of functional connectivity to identify infant brains with high accuracy, achieving 99% individual identification rates across ages.

This study maps cerebellocortical functional connectivity in children from birth to 60 months, revealing hierarchical organization and age-related changes in cerebellar network gradients.

This study maps the developmental trajectories of three functional connectivity gradients in the human neocortex across the lifespan using functional MRI data.

This study creates the first infant-specific, fine-grained cortical functional parcellation maps using longitudinal fMRI data and advanced processing tools, revealing dynamic developmental patterns.

This paper introduces month-specific brain atlases for infants aged two weeks to two years, integrating surface and volumetric data to capture early brain development in a unified coordinate system.

The paper examines how various human milk nutrients are associated with cognitive and temperament traits in infants up to 18 months old, finding persistent effects of certain nutrients on development.

This study identifies common genetic variants influencing intrinsic brain networks using rsfMRI data from 44,190 individuals, finding associations with cognitive and clinical traits.

This study uses ultrahigh-resolution fMRI to compare anatomically and functionally defined hippocampal subfields and their brain-wide functional connectivity.

This study investigates how functional connectivity dynamics develop in the human brain during the first two years of life using longitudinal fMRI data from infants.