Aug 2026· International Journal of Biology and Life Sciences· Vol 16, pp. 114-119· 0 citations· 12 references
TL;DR
A precision rehabilitation model comprising wearable technology, AI-assisted decision-making, and tailored individual care strategies holds strong potential to address current limitations and improve long-term patient outcomes.
Abstract
Lateral ankle ligament injuries are one of the most prevalent musculoskeletal injuries accounting for 40 percent of all sports-related trauma. Inadequate rehabilitation may result in a high incidence of re-injury and chronic ankle instability, which causes a lasting effects on mobility and quality of life. This paper discusses the anatomy of the lateral ankle ligament tears, existing rehabilitation evaluation techniques and management plans, and some of the obstacles and opportunities that define future clinical trends. The outcomes of the research show that the most vulnerable structure is ATFL and the primary subject of graded rehabilitation. Under the POLICE principle, functional rehabilitation has consistently outperformed as opposed to immobilization. Re-injury can be reduced through neuromuscular training and criterion-based return-to-sport protocols. High-grade injuries have yielded positive surgical results, particularly when there is particularly with early postoperative mobilization. The existing gaps are the inadequate prevention of chronic ankle instability, lack of individual protocols, psychological issues, a lack of specificity in exercises and long-term outcomes. Thus, a precision rehabilitation model comprising wearable technology, AI-assisted decision-making, and tailored individual care strategies holds strong potential to address current limitations and improve long-term patient outcomes.
Introduction. Ligamentous injuries of the ankle joint are among the most common sports- and work-related musculoskeletal injuries. Despite advances in the management of acute ankle sprains, 25–40% of patients subsequently develop chronic ankle instability (CAI). This condition is characterized by recurrent ankle sprain...
A. I. Buglak, T. Omelchenko· Clinical and Preventive Medi...· 0 citations
Foot and ankle injuries are among the most common musculoskeletal conditions encountered in both athletic and general populations, accounting for a substantial proportion of emergency and sports medicine visits. These injuries encompass a wide spectrum, from acute ligamentous sprains to more subtle and frequently misdi...
D. Rivenburgh· Foot & Ankle Specialist· 0 citations
Ankle ligament injuries are among the most common lesions encountered in emergency medicine and in chronic contexts. The present study aimed to assess the role of arthroscopy, addressing 5 questions. 1) What are the indications for surgery in ankle ligament injury? - In the acute phase, conservative treatment is the ru...
Ronny Lopes, S. Guillo, Thomas Bauer· Orthopaedics & Traumatology:...· 0 citations
This thesis demonstrates that detecting a ligament abnormality is only the first step and that future diagnostic approaches should move beyond detection toward integrated, patient-specific interpretation, with advanced imaging and AI potentially supporting more accurate and treatment-oriented decision-making.
Deltoid ligament (DL) injuries are common in ankle trauma, yet their optimal management remains debated. Most trauma literature considers DL injury as an isolated ankle problem, whereas foot-and-ankle specialists view the ankle and the foot as a complex. This disconnect leaves a critical knowledge gap that our work aim...
Catherine Fleury, Antoine Acker, V. Dubois-Ferrière et al.· EFORT Open Reviews· 0 citations
BACKGROUND
Medial collateral ligament (MCL) injuries are among the most frequently encountered ligamentous injuries of the knee, accounting for approximately 35%-40% of all knee ligament injuries in active and athletic populations. High-grade MCL injuries, particularly when associated with multiligament knee trauma, ma...
Ashwin Deshmukh, Swaroop Solunke, Aditya Sethi et al.· Annals of African medicine· 0 citations
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