LONG-TERM EFFECTS OF PEDIATRIC FRACTURES

Pediatric fractures are among the most variable musculoskeletal injuries in terms of long-term out-comes due to children’s active lifestyles and developing skeletal systems. Factors such as open physes, high remodeling potential, and long life expectancy cause significant differences between pediatric and adult fractures. While these characteristics allow for more flexible treatment methods, they also pres-ent unique long-term challenges. Although pediatric fractures generally result in favorable long-term functional outcomes due to their remodeling capacity and healing potential, long-term effects may vary depending on factors such as fracture type, anatomical location, treatment method, and patient age. When evaluating long-term effects based on fracture type, growth plate injuries may lead to premature physeal closure, limb length discrepancy, and angular deformities, whereas diaphyseal fractures can result in overgrowth, deformities, and synostosis. Intra-articular fractures often cause limited joint range of motion and osteoarthritis. Long-term outcomes related to the anatomical location of the frac-ture can be analyzed in two subgroups: upper and lower extremity fractures. Lower extremity fractures, which are associated with gross motor function, weight-bearing, and mobility, typically exhibit effects similar to those expected based on fracture type. In contrast, upper extremity fractures tend to cause region-specific functional limitations and cosmetic concerns. Despite the high remodeling potential in children, unpredictable complications may arise, emphasizing the importance of long-term follow-up and early treatment to achieve optimal patient outcomes.