Cellular Biomechanics
Cellular biomechanics studies the mechanical properties and behaviors of individual cells, including how they respond to forces, pressures, and deformations. This field examines the structural components of cells, such as the cytoskeleton, and how they contribute to cell movement, shape, and function. Researchers in cellular biomechanics investigate how cells sense and adapt to their mechanical environment, as well as how these mechanical cues influence cellular processes like growth, division, and signaling. This interdisciplinary field integrates principles of biology, physics, engineering, and materials science to understand the mechanical basis of cellular function.