Explore the dynamic world of microtubules - the cellular infrastructure that powers life through constant assembly and disassembly.
Discover how acoustic wave sensors and soft lithography are transforming cell biology research, revealing how cells respond to sound at the genetic level.
Discover the cytoskeleton - the dynamic cellular framework that gives cells shape, enables transport, and orchestrates cell division.
Explore the fascinating world of actin, the dynamic protein that shapes cells, powers movement, and drives essential biological processes.
Discover the groundbreaking research revealing the molecular mechanisms behind microtubule dynamics - the cellular machinery essential for cell division, neuronal development, and cellular organization.
Discover how the 2019 Cytoskeleton Paper of the Year revealed a fundamental revision in mammalian septin complex structure, reshaping our understanding of cellular organization.
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 embryonic cell migration, from molecular machinery to groundbreaking discoveries in developmental biology.
Discover how γ-tubulin ring complex (γ-TuRC) creates microtubules, the cellular highways essential for cell division, transport, and structure.
Explore the remarkable dual legacy of Werner W. Franke - pioneering cell biologist and determined anti-doping crusader.