Giovanni Maria Ferrari

This study compares the contractile and ECM remodeling behaviors of MVP and normal hMVICs using 3D traction force microscopy, finding altered biomechanical properties in MVP cells.

This study uses multimodal imaging and transcriptomics to show increased reactive oxygen species activity in myocardial tissue and systemic organs after myocardial infarction, with associated gene expression changes.

This paper introduces a new computational inverse modeling approach for cellular traction force microscopy that accounts for hydrogel compressibility, improving accuracy in moduli and traction force recovery.