Jenna Lauren Galloway

This study identifies Scleraxis a as a key regulator of epicardial progenitor differentiation into a unique cardiac perivascular cell type in zebrafish, revealing a hypoxia-responsive pathway involved in coronary vessel development.

The paper identifies transcriptional and epigenetic changes during postnatal tendon growth and highlights Yap1's role in ECM maturation.

This study uses network inference to identify conserved and tissue-specific immune signaling changes in menopause-related fibrosis across multiple organs in mice.

This study shows adult zebrafish tendons regenerate through endogenous tenocyte activation, unlike mammals, and defines the regenerative stages using imaging and lineage tracing.

The paper develops a method for extracting high-quality RNA from single adult mouse tendons, reducing biological variation and costs for RNA analysis.