How is 'biomechanics' related to orthotic fitting?

Biomechanics plays a crucial role in orthotic fitting as it involves the study of mechanical principles in the human body, which helps in understanding how forces interact with the musculoskeletal system. By examining how the body moves and the mechanical demands placed on it, practitioners can create and fit orthotics that effectively support and enhance function. This understanding aids in developing devices that address issues such as biomechanics-related pain, gait abnormalities, and physical limitations.

The focus on mechanical principles is essential for evaluating how an orthotic device will affect posture, movement, and overall functionality. By applying knowledge of biomechanics, an orthotic fitter can customize devices that not only support but also improve the efficiency of movement for the individual, ultimately leading to better outcomes in mobility and quality of life.

Other options do not reflect the critical connection between biomechanics and orthotic fitting, as they steer away from the foundational mechanical understanding necessary for effective device application and patient care.