Roberto Alonso‐Matilla

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 study physically optimizes T cells to enhance their ability to sample and engage with pancreatic ductal adenocarcinoma tumor cells, improving therapeutic outcomes.

This study identifies that T cells achieve maximal migration speeds by combining bleb formation with adhesion-based forces, challenging the feasibility of adhesion-free migration.

The paper investigates how a multi-budding yeast partitions growth equally among its buds, revealing that actin cable networks enable even partitioning without compensatory mechanisms.

The paper images and models plasma membrane dynamics during cytokinesis in leukemia cells, revealing mechanical regulation of membrane accumulation at the cleavage furrow.