Pew‐Thian Yap

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

This paper introduces Anatomy-to-Tract Mapping (ATM), a method that generates white matter streamlines directly from T1-weighted MRI without diffusion tractography, showing strong performance across multiple metrics.

This paper introduces BGOB, a deep learning framework for longitudinal microbiome interpolation, improving analysis of microbial community trajectories and revealing disease-related associations.

UltimateSynth synthesizes realistic MRI images across diverse contrasts to train AI models that generalize across scanner types, sequences, and age groups, achieving robust tissue segmentation with low variability.

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 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 evaluates tractography methods using a macaque dataset to determine optimal approaches for mapping brain pathways from multi-shell diffusion MRI.

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