Explore how scientists visualize the actin cytoskeleton in fixed budding yeast cells using advanced microscopy techniques and what these structures reveal about cellular function and aging.
Explore the fascinating world of actin, the dynamic protein that shapes cells, powers movement, and drives essential biological processes.
Discover how the actin cytoskeleton orchestrates the critical acrosomal exocytosis process during mouse sperm fertilization.
Exploring how Vitamin A can trigger electron flow through actin microfilaments, generating oxidative stress in Sertoli cells and impacting male fertility.
Discover the fascinating world of perinuclear actin rings in yeast cells and how these microscopic structures are revolutionizing our understanding of cellular division.
Explore how the actin cytoskeleton drives cancer progression, invasion, and immune evasion in this comprehensive scientific article.
Discover how plants sense pathogen attacks through actin cytoskeleton disruption and trigger immune responses. Explore the science behind this novel defense mechanism.
Exploring how actin disruption affects nuclear architecture, gene expression, and plant development through cutting-edge research.
Exploring how actin filaments and cross-linking proteins create diverse cellular structures through molecular dynamics simulations.
Discover how studies in baker's yeast revealed the moonlighting functions of the ancient actin cytoskeleton, challenging decades of textbook knowledge.