Discover how the cytoskeleton actively regulates smooth muscle contraction through dynamic actin polymerization and cytoskeletal remodeling.
Discover how CAP and Filactin, two molecular architects, regulate actin dynamics and shape the cytoskeleton in Dictyostelium discoideum.
Discover the cytoskeleton - the dynamic cellular network that gives cells shape, enables movement, and acts as a sophisticated transport system.
Explore the intricate world of the plant cytoskeleton - a dynamic network that shapes plant cells, directs growth, and enables defense mechanisms through molecular crosslinking factors.
Explore how the plant cytoskeleton functions as a sophisticated gravity-sensing system that enables precise growth orientation and environmental adaptation.
Explore the fascinating world of the cytoskeleton - the dynamic cellular framework that gives cells their shape, enables movement, and processes information.
Explore the fascinating world of cellular mechanotransduction and how physical forces influence cellular behavior, disease progression, and emerging therapies.
Explore how scientists visualize the endothelial actin cytoskeleton in mouse retina and its implications for understanding vascular diseases.
Explore how scientists are studying tunable co-polymerized cytoskeleton networks to understand cellular mechanics and develop advanced biomimetic materials.
Explore how the cytoskeleton regulates vascular endothelial barrier function and its implications for treating diseases like sepsis and ARDS.