Mechanical forces significantly influence cellular behavior, tissue development, and regenerative processes. This session will explore biomechanics and mechanobiology principles relevant to tissue engineering. Researchers will discuss mechanotransduction pathways and their roles in tissue formation. Advances in understanding cell-mechanical interactions will be highlighted.
Presentations will focus on substrate stiffness, dynamic loading, and biophysical cues regulating cellular responses. Participants will gain insights into innovative technologies for studying tissue mechanics. Novel approaches for improving engineered tissue functionality through mechanical stimulation will be discussed. Applications in musculoskeletal and cardiovascular regeneration will also be presented.
The session will examine translational opportunities and future directions in mechanobiology research. Experts will discuss therapeutic implications of mechanical signaling in disease and regeneration. Collaborative research opportunities will be emphasized. This session aims to enhance understanding of the mechanical environment in tissue engineering.