Discover the fascinating mitochondrial actin wave phenomenon that maintains cellular health and ensures proper mitochondrial inheritance during cell division.
Discover how scientists use discrete modeling to understand the cytoskeleton - the dynamic architecture inside every cell that controls shape, movement, and division.
Explore how carnivorous plant glands serve as model systems in cell biological research, revealing insights into nutrient transport, membrane dynamics, and evolutionary adaptation.
Explore the fascinating process of asymmetric division in mammalian oocytes - how cells create unequal daughters for reproductive success
Explore the microscopic war between pathogens and human cells, revealing cellular invasion strategies, immune evasion mechanisms, and cutting-edge research technologies.
Discover the fascinating world of perinuclear actin rings in yeast cells and how these microscopic structures are revolutionizing our understanding of cellular division.
Explore the fascinating world of Rho kinases (ROCKs) - master regulators of cellular structure and movement, and their role in diseases from cancer to neurological disorders.
Explore the fascinating world of phosphoinositides - the master regulators that control cellular traffic, signaling, and identity through molecular postal codes.
Discover the fascinating world of the cytoskeleton - the dynamic internal framework that gives cells their shape, enables movement, and powers cellular transport systems.
Explore the fascinating research on pathogenic yeasts like Candida albicans and their impact on human health through cutting-edge laboratory science.