Explore how semiflexible polymers form the architectural framework of cells and enable mechanical signaling that controls cellular function.
Explore the biophysical characterization of the C2 domain in human tensin proteins and its role in cellular mechanics, mechanosensing, and disease pathways.
Explore how statistical mechanics reveals the secrets of the cytoskeleton - the dynamic network that gives cells their structure, movement, and intelligence.
Discover how scientists resolved the mystery of spectrin R16's force-dependent unfolding dynamics through innovative experimental techniques.
Explore how single-molecule experiments in vitro and in silico are revolutionizing our understanding of biological processes at the most fundamental level.
Exploring how the cytoskeleton's structure reveals universal physical principles and its implications for biology and medicine.