The tensegrity model is a concept used in the biomechanics of the human body to understand the integrity of the musculoskeletal system. The theory posits that the human body is a system of constant tension and compression that maintains a dynamic equilibrium.

The model is based on the idea that the body has an architectural structure consisting of compressive and expansive structures that interact with and support one another. Compressive structures, such as bones and joints, form the body’s foundation and generate pressure. Tensile structures, such as muscles and fascia, give the body elasticity and enable dynamic stretching.

These interacting forces enable the body to perform movements and withstand stress. They also create a complex structure that maintains the body’s integrity and promotes its adaptability and resilience.

The tensegrity model is of great interest to osteopathy and other fields of medical research, as it offers a new perspective on how the human body functions. It enables a better understanding of the interactions between the body’s various systems and how they work together to maintain its integrity and promote its adaptability.