Quentin A Meslier

This study maps and characterizes Schwann cells in bone, revealing differences in maturity and distribution between neural crest- and mesoderm-derived bone compartments.

This paper describes a protocol using microCT scans and Dragonfly for quantifying bone remodeling in rodents over time without coding expertise.

This study uses spatial transcriptomics to identify Slc13a5 as a regulator of bone mechanoadaptation, showing its role in mineralization and resorption under mechanical loading.

This study examines how mechanical loading and Piezo1 activation affect bone adaptation in aged mice, finding an additive effect on cortical bone parameters.

This study uses WISH-BONE to analyze 3D Sost mRNA and sclerostin distribution in mouse tibia midshafts after mechanical loading, showing region-specific changes and highlighting the method's importance for mechanoadaptation research.

WISH-BONE labels osteocyte mRNA and protein in 3D adult mouse bones, enabling spatially preserved biomarker expression analysis.