Hongwei Ouyang

The paper studies the toughening mechanisms of the human meniscus root-bone interface, revealing how dynamic phase-transforming minerals in a collagenous matrix enhance interfacial toughness.

MSdb provides an integrated expression atlas of human musculoskeletal system data with visualization, analysis tools, and curated phenotype information.

This study maps the differentiation trajectory of human chondrocytes during postnatal finger epiphysis development using single-cell RNA sequencing, revealing new subpopulations and pathways.

The paper identifies two distinct osteoarthritis subtypes using blood gene expression data and develops a classifier to distinguish them with high accuracy.

This study uses a new method to profile body-wide transcriptomic changes in Loxl1 knockout mice, revealing systemic immune and proliferative alterations linked to elastin dysfunction and cancer.

This study constructs a single-cell RNA-seq atlas of the human uterus, identifying stem/progenitor-like ciliated epithelial cells and their regulatory signals in endometrial regeneration and disease.

This study shows that delivering rhSDF-1 via a composite scaffold improves endometrial and vascular regeneration in injured rat uteri, enhancing pregnancy outcomes.