What kind of analysis is a key part of assessing a patient for orthotic needs?

Biomechanical analysis is crucial when assessing a patient for orthotic needs because it focuses on the mechanical aspects of movement and how forces affect the body. This type of analysis examines the alignment, range of motion, strength, and movement patterns of an individual's musculoskeletal system. By understanding how these factors interact, clinicians can identify areas that require support or correction.

For instance, biomechanical analysis can reveal issues such as abnormal gait patterns, joint instability, or excessive pressure points, all of which are essential considerations in designing effective orthotic devices. The goal is to provide orthotics that enhance function, reduce pain, and prevent further injury by addressing the underlying mechanical problems a patient faces.

While anatomical analysis focuses on the structure of the body and functional analysis looks at overall movement capabilities, biomechanical analysis zeroes in on the specific forces at play during movement, making it the primary focus in the fitting and design of orthotic solutions. Psychological analysis, while important in the broader context of patient care, does not directly address the physical requirements for orthotic intervention.