Key result
Insertion of a locked flexible intramedullary humerus nail was feasible for pediatric tibial and femoral fracture fixation without damaging the physeal blood supply or growth areas.
Why the study?
Is it feasible to use a locked flexible intramedullary humerus nail for pediatric femur and tibia shaft fractures without damaging growth areas?
Is it feasible to use a locked flexible intramedullary humerus nail for pediatric femur and tibia shaft fractures without damaging growth areas?
A novel locked flexible intramedullary humerus nail can feasibly be used for pediatric femur and tibia fractures without damaging growth plates.
Answers are grounded in this paper and cite their sources.
Supports feasibility of locked humerus nails for pediatric femur/tibia fractures; hypothesis-generating and should not yet change practice.
There are several options for the treatment of long bone fractures in skeletally immature patients. Surgeon experience, type of fracture, and the possibility of damage to the physeal area dictate individual fracture management patterns. Notably, nail devices have not gained popularity in this patient group. Intramedullary locking nails have become the standard of care in adult patients due to decreased morbidity and mortality. A novel nail has been developed for humeral shaft fractures that uses a lateral starting position to avoid damage to the rotator cuff in humeral fracture fixation. This is possible because of the nail's transient flexibility during insertion. This study illustrates that it is feasible to insert this type of nail through multiple entry portals for both tibial and femoral fracture fixation, without damaging the physeal blood supply or growth areas.
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Bienkowski et al. (2004) studied Pediatric femur and tibia shaft fractures. Locked flexible intramedullary humerus nail was evaluated on Feasibility of insertion without damaging physeal blood supply or growth areas. Insertion of a locked flexible intramedullary humerus nail was feasible for pediatric tibial and femoral fracture fixation without damaging the physeal blood supply or growth areas.
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