Reconsider... Fixing Injuries with Bill Hartman | Episode #20

Injuries such as lateral ankle sprains and spinal disc herniations frequently stem from rapid, focal expansion where the body fails to distribute force across a system, relying instead on structural constraints. Humans possess an inherent bias toward external rotation, which complicates the ability to apply force effectively into the ground. When this movement strategy fails, the body compensates, leading to localized tissue stress and eventual injury. Effective rehabilitation requires reverse engineering these patterns by restoring relative motion and realigning the center of gravity within the base of support. Utilizing positions that reduce gravitational demand, such as hook-lying, allows for the re-establishment of segmental movement and integrated force distribution. This process shifts the focus from treating isolated symptoms to restoring the body's systemic capacity to manage force and movement efficiently.