In Phase 2 of biomechanical changes, what begins to develop?

In Phase 2 of biomechanical changes, the significant development that occurs is the presence of fibrosis in soft tissue and early bone changes. This phase marks a transition wherein the body responds to persistent musculoskeletal stress or injury by producing fibrous tissue as part of the healing process. Fibrosis indicates that the tissue is undergoing repair, leading to the formation of scar tissue that can affect the functionality and flexibility of the affected structures.

Alongside fibrosis, early bone changes may also arise as the body adapts to altered biomechanics. These changes can include minor alterations in bone density or structure that occur as the body attempts to compensate for the ongoing stress on the skeletal system. This phase is critical because while the formation of fibrous tissue aims to stabilize the area, it can also lead to limitations in movement and increased stiffness in the surrounding soft tissues and joints. Understanding this phase helps in the recognition of the chronic nature of musculoskeletal issues, guiding appropriate interventions and management strategies to restore optimal function.