Pierre Tournier

This study benchmarks machine learning and image analysis tools for organelle quantification, finding variations in results across pipelines and imaging modalities.

The paper develops a Wnt-induced osteogenic tissue model (WIOTM) that sustains H3K14-acetylation in human skeletal stem cells, promoting bone repair through asymmetric cell division.

This study examines how geometric designs in 3D bioprinted constructs affect cell behavior, showing geometry-sensitive responses in endothelial cells and geometry-insensitive growth in metastatic cancer cells.

This study identifies age-related impairments in bone healing and presents a rejuvenation strategy combining Wnt-mediated osteoprogenitor expansion and intermittent fasting to restore youthful bone repair in aged mice.