Manuel Gómez‐González

This paper introduces a strategy to program tissue shape transformations through nematic organization of cellular forces, demonstrating reproducible 3D shape generation upon tissue detachment.

This study shows that cell migration direction (durotaxis) can be reversed by culturing cells in soft 3D environments, revealing it is influenced by culture conditions rather than being intrinsic.

This paper introduces 3D-TFM to measure cell-substrate forces in 3D environments and shows cells switch from contractile to extensile behavior as volume decreases.

This study shows that cell-matrix forces increase during the loss of naive pluripotency in mESCs and are required for this process.

The paper shows that competition between biochemical and mechanical cues regulates endothelial cell polarity, driving vascular morphogenesis through tension shifts.