Discover how scientists observe cells responding to pressure and shear forces in real-time, revealing the hidden world of mechanobiology.
Discover how cells remember mechanical experiences through mechanomemory - the persistent biological response to physical forces that influences health, disease, and regeneration.
Discover the cytoskeleton - the dynamic cellular network that gives cells shape, enables movement, and acts as a sophisticated transport system.
Explore how bacterial pathogens evolve sophisticated molecular weapons to hijack animal cell structure and function, turning our cellular machinery against us.
Explore how single cells detect and respond to gravity through sophisticated mechanisms and groundbreaking experiments.
Discover how nanomechanical sub-surface mapping via force microscopy is revolutionizing our understanding of cellular architecture and mechanics.