Yu‐Ping Wang

NeuroMark dFNC uses reference-state templates to estimate subject-specific dynamic connectivity states across datasets, enabling cross-cohort comparison while preserving individual patterns.

This study shows that micro and nano plastics cause mitochondrial dysfunction and reduced migration in trophoblast cells of pregnant mice.

This study shows that Piezo1 transduces mechanical signals to inhibit osteoclast fusion and maintain bone homeostasis by activating a signaling pathway that suppresses osteoclast differentiation.

This paper introduces a nonlinear mixed model (NMM) for fMRI analysis to better capture nonlinear relationships and individual variability, showing improved model fit compared to linear models.

This study shows that chronic unpredictable mild stress induces age-dependent ovarian aging and POI in young and middle-aged female mice, with distinct endocrine and transcriptomic responses.

This study identifies spatiotemporal complexity disruptions in the psychotic brain using resting-state fMRI, revealing altered information integration and network instability.

This study uses dynamic inter-modality source coupling to identify sex-specific brain structural-functional connectivity patterns in children, showing different cognitive predictions for males and females.

The paper links functional change patterns to brain structure using multimodal fusion in adolescents, revealing sex-specific differences in neural dynamics.

This study examines whether anterior pituitary volume mediates the relationship between DHEA levels and changes in dysregulation symptoms in adolescents.

This study identifies three human osteoblast subtypes using scRNA-seq, revealing a novel subtype with unique gene expression and functional roles in bone and hematopoiesis.

The paper analyzes resting-state fMRI data across different frequency bins to assess functional network connectivity and finds distinct patterns at higher frequencies.