Journal of Musculoskeletal Trauma

Original Articles

Treatment of Infected Nonunion with Bone Defect with Ilizarov Lenthening apparatus: Joo Chul Ihn, Byung Chul Park, Il Hyung Park, Hee Soo Kyung, Chang Wug Oh, Jin Hum Cho; J Korean Soc Fract 1998;11(1):91-99. Published online January 31, 1998; DOI: https://doi.org/10.12671/jksf.1998.11.1.91

Abstract PDF: From June 1993 to May 1997, 12 patients aged from 13 to 41 years were treated for infected nonunion with bone defect by the Ilizarov technique. Of 12 cases, 9 cases were tibia and 3 cases were femur. The cuases of nonunion were open comminuted fractures with initial bone loss and bone defect after removal of sequestrum. Infection was managed by radical resection of the infected necrotic bone and insertion of antibiotics mixed cement beads. Bony defects were gradually closed by the Ilizarov's internal bone transport technique, and final equalization of leg length inequality was achieved by means of external lenghthening technique. Corticotomies were performed at the proximal level(7), at the distal level(5). The average optained length averaged 4.8cm in length and healing index averaged 67.4days/cm According to paley and Catagni's callification bony and functional results were either excellent or good execpt I case (nonunion, poor bony result). The complications (devided by paley to 3 categories: problems, obstacles, complications) were pin tract infecton(8), pain(5), mild flexion contracture of joint(1), delayed consolidation(3), soft tissue impingement(2), joint stiffness(3) and nonunion(1). We concluded that Ilizarov techinque was very effective for treatment of infected nonunion with bone defect and soft tissue defect.

Ilizarov Method for Treatment of Large Bone Defect: Hae Ryong Song, Young June Park, Ji Yeon Kim; J Korean Soc Fract 1996;9(3):794-800. Published online July 31, 1996; DOI: https://doi.org/10.12671/jksf.1996.9.3.794

Abstract PDF: Twenty eight long bone defects were treated with internal bone transport using Ilizarov method. The causes of defect were open fracture (ten cases), infected non-union(nine cases), and osteomyelitis(nine cases). The mean bone defect was 8.5cm ranging from 2.5cm to 22cm in open fracture and 5.8cm ranging from 1.8cm to 17cm in an infected nonunion, and 7.2cm ranging from 3.4cm to 12cm in osteomyelitis. Internal bone transport was performed with transverse ring system. Free latissimus dorsi muscle flap was done in three cases and rotational muscle flap in seven cases. Single level lengthening was done in 26 cases and double level lengthening in two cases. Fibular transport was done in five cases. All cases obtained bone union. The radiologic consolidation index was 89 day/cm in tibia, 71d ay/cm in femer, and 42.5 day/cm in humerus. External fixation index was 96 day/cm in tibia, 86 day/cm in femur, and 48.5 day/cm in humerus. Complications were pin tract infection(25 cases), equinus contracture of ankle(7 cases), knee flexion contracture(4 cases), delayed union(11 cases), premature consolidation(2 cases) and refracture(1 case). Ilizarov method is a useful treatment for large bone defect inopen fracture and infected nonunion. To obtain better result, careful postoperative management and intensive physiotherapy are recommended.

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