Discover how cytoplasmic structural proteins in intestinal cells actively regulate water and salt transport, challenging traditional views of passive hydration.
Discover how scientists use discrete modeling to understand the cytoskeleton - the dynamic architecture inside every cell that controls shape, movement, and division.
Explore how statistical mechanics reveals the secrets of the cytoskeleton - the dynamic network that gives cells their structure, movement, and intelligence.
Discover how changing gravity affects cytoskeleton-related gene expression in cells and the implications for space travel and human health.
Exploring how cytoskeletal defects in neurons contribute to neurodegenerative diseases like Alzheimer's and ALS through dynamic cellular framework collapse.
Discover how the cytoskeleton connects to the ER and Golgi apparatus, forming an intricate cellular transport network essential for life.
Explore how cryo-electron microscopy, freeze-etching, and high-speed atomic force microscopy are transforming our understanding of cellular architecture.
Exploring the critical relationship between cytoskeleton function and male sterility in wheat, and its implications for global food security and hybrid breeding.
Discover how the cytoskeleton acts as a sophisticated surveillance system within cells, coordinating structure, movement, and communication through actin, microtubules, and intermediate filaments.
Discover how the cytoskeleton orchestrates steroid hormone production through cellular infrastructure and transport systems.