Projects
We employ cutting-edge technologies including organoid and assembloid models to study intestinal development, disease progression, and regenerative therapies. Our work bridges basic science and clinical applications to improve outcomes for infants with devastating intestinal conditions.
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Investigating intestinal stem cell-driven regeneration and epithelial repair mechanisms in necrotizing enterocolitis (NEC) to develop novel therapeutic approaches.
Developing advanced organoid and assembloid models for studying intestinal development, disease progression, and testing regenerative therapies.
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Understanding stromal and vascular niche regulation in neonatal intestinal injury and repair, focusing on the developmental microenvironment.
Developing regenerative therapeutic strategies including stem cell-based and conditioning approaches for treating necrotizing enterocolitis.