Background: Complete peroneal nerve dysfunction associated with congenital clubfoot is uncommonly reported. Our retrospective study highlights the recognition of clinical presentation and mid-term outcomes of treatment in these patients. Methods: Eight out of 658 patients undergoing treatment for clubfoot were identified with unilateral complete peroneal nerve dysfunction associated with congenital clubfoot. Three patients presented primarily to our center; 5 were treated elsewhere initially.All patients were treated with Ponseti casts, Achilles tenotomy, and subsequent foot abduction bracing. Diagnosis of complete peroneal nerve dysfunction was confirmed using nerve conduction velocity studies in all patients. After full-time bracing, an insole polythene molded ankle foot orthosis was given. Three patients underwent tibialis posterior transfer to improve foot dorsiflexor power. Results: The mean age at presentation was 1.3 years (range, 1 week–5 years). All patients had prominence of lateral 3 metatarsal heads and dimpling of intermetatarsal spaces. At a mean follow-up of 5.1 years, mean shortening of 1.2 cm in tibia (range, 1–2.5 cm) and mean calf wasting of 4.4 cm were observed. There was no relapse of any clubfoot deformity till the final follow-up. Conclusions Prominence of lateral metatarsal heads and dimpling of intermetatarsal spaces should raise early suspicion of peroneal nerve dysfunction. Standard Ponseti protocol is useful in treatment of these patients. Tibialis posterior transfer to dorsum partially restores the ankle dorsiflexion.

Fractures of the paediatric talus are infrequent injuries, most complicated by posttraumatic arthrosis and avascular necrosis in the course of treatment. Nonunion in children has not been reported before in literature. We report a case of a 12-year-old boy who had a nonunion of Hawkins type II fracture of talar neck. The nonunion was treated surgically with a good clinical outcome. The goals of management in nonunion of paediatric talar neck fracture are different from those in fresh fractures. A suboptimal reduction should be acceptable without trying a radical surgery which may cause further impairment.
Child ; Fractures, Bone ; surgery ; Fractures, Ununited ; surgery ; Humans ; Male ; Talus ; injuries