Discover how fluorescent double labelling revealed the unique F-actin organization in foraminifera's reticulopodia, solving a longstanding cellular mystery.
Discover how scientists identified the conserved amino acid residues that regulate Talin1's F-actin binding and dimerization, controlling cellular movement and adhesion.
Discover how fluid shear stress affects F-actin in neutrophils, reshaping our understanding of immune cell mechanics and their role in health and disease.
Discover how OLA1 regulates cellular architecture through F-actin polymerization and cell adhesion mechanisms.