The primary reason for consulting a traumatologist is the occurrence of tendon and ligament injuries in this region. Given this context, the critical role of medical visualization in diagnosing mechanical ankle injuries appears evident. The comprehensive evaluation capabilities of magnetic resonance imaging (MRI) render it superior to X-ray techniques for diagnosing tendon-ligament injuries. However, the limited availability and high cost of magnetic resonance tomography significantly restrict its application in detecting ankle injuries.

Ankle injuries represent a significant medical and social challenge due to their prevalence, associated loss of work time, treatment expenses, temporary disability coverage, and frequent adverse outcomes.

Neuro-Like System (NLS) examination may serve as an alternative diagnostic method for musculoskeletal system pathologies. The advantages of the NLS method, particularly when utilizing the Biophilia Nls Intruder scanner, include simplicity, usability, high information content, and relatively low cost. Considering the intricate structure of the ankle joint and foot, the feasibility of multi-projection virtual examinations of extremities emerges as a crucial factor.

Among medical visualization techniques for ankle and foot injuries, the potential for microscanning, non-contact, and non-invasive examinations that can be repeated multiple times highlights the superiority of NLS imaging.