Interpretation of radiologic abnormalities in patients with chronically infected ingrown toenails with regard to a possible exogenic osteomyelitis.

BACKGROUND: Chronic infection of ingrown toenails may lead to exogenous osteomyelitis. Therefore, plain x-rays are commonly taken in children with significant inflammation. We evaluated the preoperative radiologic findings and their clinical significance, especially with regard to exogenic osteomyelitis. PATIENTS AND METHODS: We retrospectively evaluated all patients who underwent surgery for infected ingrown toenails during a 5-year period. Data collection included the history of infection, preoperative laboratory tests, preoperative x-rays, and intraoperative presentation. FINDINGS: One hundred thirty-four patients with infected ingrown nails of the hallux underwent 161 surgical procedures. Mean age at surgery was 14.1 years. Preoperative x-rays were taken in 113 (70.2%) cases. The treating surgeon classified 76 (67.2%) x-rays as negative (no bone affection), 16 (14.2%) as positive (definite bone affection), and 21 (18.6%) as suspicious for bone affection. Only 11 (30%) of 37 children with positive or suspicious x-rays showed bone affection during surgery, which presented as a softening of the cortical bone. None of the children had significantly elevated inflammation markers in the preoperative laboratory tests. Children with positive or suspicious x-rays had a significant longer history of infection compared to those without radiologic abnormalities (8 vs 4.5 weeks mean; P = .024). A reevaluation of the x-rays by an experienced radiologist was undertaken and revealed no case of definite osteolysis. CONCLUSION: In about one third of all infected ingrown toenails, radiologic changes of the distal phalanx occur. These changes primarily represent periostal reactions. A typical osteomyelitis as a complication of chronically infected ingrown toenails is rare.

Nonoperative treatment of tibial spine fractures in children-38 patients with a minimum follow-up of 1 year.

OBJECTIVES: The aim of this study was to determine if nonoperative treatment of fractures of the tibial spine (intercondylar eminence) in pediatric patients is the treatment of choice for these injuries. DESIGN/SETTING: Retrospective clinical analysis in a single department. PATIENTS: All patients younger than 17 years presenting with a fracture of the intercondylar eminence between January 1, 1995 and December 31, 2004 were included in this retrospective study. Patients with ossification of the growth plate (physis) at the time of accident were excluded by protocol. INTERVENTION: Nonoperative treatment with knee aspiration, reduction, and immobilization in a long leg cast. MAIN OUTCOME MEASUREMENTS: History-taking and follow-up examinations were performed using the Cincinnati Knee Score and International Knee Documentation Committee Guidelines of 2000. In addition, a magnetic resonance imaging scan of the injured knee was offered to all patients. SPSS 12.0 and Microsoft Excel 2000 were used for data processing and statistical analysis. RESULTS: Forty-three patients have been included in the study. Twenty-three were female and 20 male. The mean age at trauma was 11.5 years (6-16 years). Only 1 patient required a change of therapy and needed open reduction. Thirty-eight patients were available for follow-up at an interval of 1-7.5 years after trauma (mean 3.5 years). None of the patients reported pain, swelling, disability or giving-way, or was handicapped in their daily life. Of 26 magnetic resonance imaging examinations, we found a missing anterior cruciate ligament in 1 and a partial rupture in another patient. CONCLUSION: Based on our results, nonoperative management can still be recommended as the primary treatment for tibial spine fractures in children.