• Dinesh K Gupta and Gaurav Kumar.
• Department of Orthopaedics, MLB Medical College, Jhansi, Uttar Pradesh, India.
• Indian J Orthop. 2010 Jan 1; 44 (1): 84-8.

BackgroundThe management of an atrophic nonunion with a gap following a fracture of the radius and/or ulna is a challenging problem. Various methods of treatment available in the literature are cortical tibial graft (Boyd), ulnar segment graft (Miller and Phalen), iliac crest graft (Spira), cancellous insert graft (Nicoll), vascularized fibular graft (Jupiter), and bone transport by ring fixator (Tesworth). The present study reports the results of tricorticocancellous bone block grafts using modified Nicoll's technique, in diaphyseal defects of forearm bones.Materials And MethodsA total of 38 forearm bones (either radius or ulna or both) in 23 patients with a gap of 1.5-7.5 cm were treated by debridement and tricorticocancellous bone block graft under compression with intramedullary nail fixation between June 1985 and June 2005. There were 15 male and 8 female patients. Sixteen patients had open and seven patients had closed fractures initially. Time of presentation since the original injury varied from 9 months to 84 months. Eighteen patients had already undergone one to three operations.ResultsThirty-six bones showed union at both host graft junctions. The mean duration of union was 17.5 weeks (range, 14-60 weeks). Two bones had union only at one host graft junction and did not show any evidence of callus formation up to 9 months on the other end, hence requiring subsequent procedure in the form of phemister bone grafting. Patients were followed for a minimum period of 2 years (range, 2-7 years). Results were based on the status of union and range of motion (ROM) for elbow/wrist and grip strength at the final follow-up. Complications observed were the reactivation of infection (n = 1) and herniation of the muscles at the donor site (n = 1).ConclusionThe tricorticocancellous strut bone grafting under optimal compression, augmented with intramedullary fixation, provides a promising solution to difficult problem of an atrophic nonunion of forearms bones with gap.

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